Code 105104
AC250CM 250mm
DeLuxe Combination
Machine
Original Instructions
AT&M: 22/06/2018
BOOK REF: 105171
Index of Contents
EU Declaration of Conformity 02
What’s Included 03
General Instructions for 230V Machines 04
Specific Safety Precautions 05-06-07
Specification 07
Assembly Instructions 08-09-10-11-12-13-14-15
Positioning the Machine 15-16
Machine Dimensions 16-17
Illustration and Parts Description 18-19-20-21-22-23-24-25
Setting Up the Machine 26-27-28
Operating Instructions 28-29-30-31-32-33-34-35
Routine Maintenance 35
Exploded Diagrams/Lists 36-37-38-39-40-41-42-43-44-45-46-47-48-49-50-51-52-53
Wiring Diagram 54
Cutter Block Accessories 55
EU Declaration of Conformity
Cert No: ML353G
Axminster Tools & Machinery Ltd
Axminster Devon
EX13 5PH UK
axminster.co.uk
declares that the machinery described:-
Type Combination Machine
Model AC250CM
Signed
Andrew Parkhouse
Operations Director
Da te: 16/07/2015
The symbols below advise the correct safety procedures when using this machine.
EU Declaration of Conformity
This machine complies with the following directives:
2006/95/EC
2004/108/EC
EN 5514-1: 2006+A1
EN 61000-3-2: 2006+A1+A2
EN 61000-3-11: 2000
conforms to the machinery example for which the
EC Type-Examination Certificate No BM50314354, AN50176407, AN50217062
has been issued by Laizhou Planet Machinery Co., Ltd
at: Yutai West Street, Laizhou, Shandong 261400 China
and complies with the relevant essential health and safety requirements.
EN 5514-2: 1997+A1+A2
06/42/EC - Annex I/05.2006
EN 60204-1: 2006+A1+AC
EN 940: 2006+A1
Fully read manual
and safety instructions
before use
Ear protection
should be worn
Eye protection
should be worn
2
Dust mask
should be worn
HAZARD
What’s Included
Model Number: AC250CM
Panel Saw:
1 250mm DeLuxe Combination Machine
1 Rip Fence Assembly
1 250mm Saw Blade
1 Saw Guard
1 Flexible rubber Hose with Support Rod
1 Adjustable Work Clamp Assembly
1 Depth Stop Bracket
1 Sliding Table Guide Rail
2 Sliding Table Guide Rail Stops
1 Sliding Table Extension
1 Sliding Table Extension Support Casting
1 Sliding Table Extension Fence (with Adjustable Depth Stop)
Spindle Moulder:
1 Spindle Moulder Guard Assembly (Fully Assembled):
Planer/Thicknesser: Tools:
1 Planer Fence 1 Blade Setting Tool
1 Planer Fence Mounting Base 1 12mm Hex Key
1 Fence Securing Bracket 1 10mm Hex Key
1 Overhand Planer Guard Mounting Bracket 1 8mm Hex Key
1 Overhand Planer Guard 1 6mm Hex Key
1 Overhand Planer Guard Locking Plate 1 5mm Hex Key
1 Spring Metal Plate 1 4mm Hex Key
2 M10 Washers 1 3mm Hex Key
2 M10 Lever Handle Bolts 1 7/5.5mm Spanner
2 M6 x 12mm Cap Head Bolts 1 8/10mm Spanner
2 M6 Eye Bolts (for lifting) 1 13/16mm Spanner
1 36/41mm Spanner
1 16mm Socket Spanner
1 Tommy Bar
Wheel Mobility Kit:
1 Mobility Operating Handle
2 Adjustable Wheel Carriages
1 Lifting Bracket
10 M8 Cap Head Bolts and Washers
1 Manual
3
General Instructions for 230V Machines
The following will enable you to observe good working
practices, keep yourself and fellow workers safe and
maintain your tools and equipment in good working
order.
WARNING!! KEEP TOOLS AND EQUIPMENT
OUT OF REACH OF YOUNG CHILDREN
KEEP WORK AREA AS UNCLUTTERED AS IS
PRACTICAL. UNDER NO CIRCUMSTANCES SHOULD
CHILDREN BE ALLOWED IN WORK AREAS.
Mains Powered Tools
• Tools are supplied with an attached 16 Amp plug.
• Inspect the cable and plug to ensuree that neither are
damaged. Repair if necessary by a suitably qualified
person.
• Do not use when or where it is liable to get wet.
Workplace
• Do not use 230V a.c. powered tools anywhere
within a site area that is flooded.
• Keep machine clean.
• Leave machine unplugged until work is about to
commence.
• Always disconnect by pulling on the plug body and not
the cable.
• Carry out a final check e.g. check the cutting tool
is securely tightened in the machine and the correct
speed and function set.
• Ensure you are comfortable before you start work,
balanced, not reaching etc.
• Wear appropriate safety clothing, goggles, gloves,
masks etc. Wear ear defenders at all times.
• If you have long hair wear a hair net or helmet to
prevent it
being caught up in the rotating parts of the machine.
• Consideration should be given to the removal of rings
and wristwatches.
• Consideration should also be given to non-slip footwear
etc.
• If another person is to use the machine, ensure they are
suitably qualified to use it.
• Do not use the machine if you are tired or distracted
• Do not use this machine within the designated safety
areas
of flammable liquid stores or in areas where there may
be volatile gases.
• Check cutters are correct type and size, are undamaged
and are kept clean and sharp, this will maintain their
operating performance and lessen the loading on the
machine.
•
OBSERVE….
around you and
make sure you know what is happening
USE YOUR COMMON SENSE.
4
Panel Saw
Specific Safety Precautions
Make sure the saw blade is the correct type for the job in
hand.
Do not force the saw, if the saw begins to ‘stall’ you are
‘forcing the cut’ or over working the saw. Ensure that the
saw blade is clean and sharp. Resin build up on the blades
will increase the friction of the saw passing through the
timber, and cause over heating of the blade, blunt teeth
will work harder tearing the fibre of the timber as
opposed to shearing it, also with subsequent overheating.
Both faults unnecessarily load the machine beyond
normal usage, and shorten its longevity.
Do not use blades that are deformed in any way.
Do not remove the blade guard. The design of the riving
knife on the machine will not allow for slotting or ‘blind’
grooving, so there is no reason to remove the guard. There
is adequate clearance under the guard for the capacity of
the machine (75mm).
Do not remove the riving knife.
Do not use any blades that cut a smaller kerf than the
riving knife thickness. Make sure the riving knife is
correctly adjusted to the blade and is securely fastened.
If the table insert becomes damaged or broken, and will
not support the timber ‘up close’ to the blade, replace it.
Do not start the saw with the work piece touching the
blade.
Do not commence sawing until the blade has run up to
full speed. After switching off, never try to slow the saw
down more quickly by applying side pressure (with a
piece of wood?) to the blade. Apply the old joiner’s adage
of never getting hands within one handbreadth of the
blade. Leave the machine disconnected from the mains
supply until you are about to commence work.
Always disconnect the machine if you are leaving it
unattended.
Never leave the vicinity of the machine unless the blade
has come to a complete stop.
Do not attempt to carry out any maintenance, corrective
work, setting up etc., unless the machine is disconnected
from the mains supply. If any tools have been used during
setting up procedures, make sure they are removed from
the machine and stowed safely away.
Do not attempt to carry out cross cutting operations
‘freehand’, always use the mitre fence for small material
and the sliding carriage for larger work pieces. Unless you
are an experienced machine operator, do not attempt to
‘rip’ freehand, always use the guiding facility of the rip
fence. It is perfectly acceptable to support, guide, and feed
the timber with your hands whilst ripping stuff of some
length, however, as you approach the blade ensure that
the push stick is to hand, and you use it.
Remember the emphasis of the ‘push’ should be between
the blade and the fence and close to the fence. Use your
free hand to support and guide the material on the
offside of the saw blade and at least 100mm away from
it. If the timber does not extend to at least 100mm to the
offside of the saw blade, the material possibly does not
need guiding or supporting.
Check (especially on site), that there are no foreign
objects e.g. old nails, screws, small stones etc embedded
in the material you are about to cut. If necessary take a
wire brush to the timber before working.
If you are being assisted whilst using the saw (by a ‘take
off’ or ‘support’ number?), remember there is only one
sawyer at a machine, and they stand in front of it. The
assistant does not push, pull, guide etc., unless specifically
asked or instructed to do so by the sawyer.
Spindle Moulder
Authorised Use
This machine is designed for shaping wood and wood
derived materials.
Machining of other materials is not permitted and may be
carried out in specific cases only after consulting with the
manufacturer.
The proper use also includes compliance with the
operating and maintenance instructions given in this
manual.
The machine must be operated only by persons familiar
with its operation and maintenance and who are familiar
with its hazards.
The required minimum age must be observed. The
machine must only be used in a technically perfect
condition. When working on the machine, all safety
mechanisms and covers must be in operation.
5
Continues Over....
Specific Safety Precautions
In addition to the safety requirements contained in these
Operating Instructions and your country’s applicable
regulations, you should observe the generally recognized
technical rules concerning the operation of woodworking
machines.
Any other use exceeds authorisation.
In the event of unauthorised use of the machine, the
manufacturer renounces all liability and the responsibility
is transferred exclusively to the operator.
General Safety Notes
Woodworking machines can be dangerous if not used
properly. Therefore the appropriate general technical
rules as well as the following notes must be observed.
Read and understand the entire instruction manual
before attempting assembly or
operation.
Keep these Operating Instructions close by the machine,
protected from dirt and humidity, and pass them over to
the new owner if you part with the tool.
Planer/Thicknesser
Most machines currently are well interlocked to ensure
that the machine must be in the correct configuration to
perform one task or the other. Make yourself familiar with
these configurations and do not try to use the machine
in a half and half state, or rig the interlocks to enable you
to do so. These machines are designed for cutting timber
only. They will, but are not designed to, cut timber
derivatives or composites. Glue lines in plywood, block
board etc, will ‘notch’ the blades. The bonding agent in
chipboard is likewise detrimental to the health of your
planer knifes. It is best to leave them alone. If you have
to machine composites, work out the costs of tungsten,
against HSS (plus the sharpening costs), and proceed
accordingly. On larger machines it is common practice to
leave a portion of the blade (usually the offside 30 mm) to
be used on ‘aggressive’ materials.
Overhand Planing
Make sure during overhand planing operations, that the
fence is set to the required angle, is securely fastened and
locked in position. Ensure the planer block guarding is in
position and secured.
No changes to the machine may be made.
Daily inspect the function and existence of the safety
appliances before you start the machine.
Remove all loose clothing and enclose long hair.
Before operating the machine, remove tie, rings, watches,
other jewellery, and roll up sleeves above the elbows.
Wear safety shoes; never wear leisure shoes or sandals.
Always wear the approved working outfit.
Do not wear gloves while operating the machine.
For the safe handling of cutting tools wear work gloves.
Control the stopping time of the machine, it may not
exceed 10 seconds.
Remove cut and jammed work pieces only when the
machine is at a complete standstill and motor is turned
off.
Install the machine so that there is sufficient space for safe
operation and work piece handling.
Keep work area well lit.
Disengage the autofeed for the thicknesser. Ensure both
tables are correctly seated and locked down. Ensure the
dust extraction hood is in place and is not blocked. Fit
dust extraction.
Check the sharpness of planer knifes, check for ‘nicks’ and
‘notches’, if there are damaged sections on the blades, try
to plane in the ‘clear’ areas.
Especially when planing material down to ‘thin’
dimensions, maintain pressure on the ‘front’ of the
material i.e., that portion of the stuff that has passed
over the block, but use a push stick or a pusher shoe to
clear the end of the stuff over the block.
Thicknessing
When thicknessing, remove the fence. Lower the
thicknessing table slightly.
Unlock and swing both tables ‘up and out of the way’,
taking care not to foul the overhand guard/arm assembly,
which will probably swing free.
Turn the dust extraction hood up and over the block.
Connect the dust extraction. Ensure the hose will not foul
the wood when being passed through the machine.
6
Specific Safety Precautions
Check the height of the thicknessing table.
Engage the autofeed mechanism.
Periodically, clean any excess build up of resin from the
thicknessing table, and apply any proprietary brand of
lubricating agent.
NOTE, Consideration should be given to the type of
finish you will be applying to the wood when you
select your cleaning/lubrication agent. Some
compounds won’t mix. i.e. PTFE and Acrylic.
Specification
Code 105104
Model AC250CM
Power 3,000W (Saw) 2,000W ( Planer) 3,000W (Spindle) 230V
Number of Motors 3
Blade Speed 4,050rpm
Blade Tilt 0 - 45°
Blade Dia/Bore 250mm x 30mm
Table Size 1,200 x 840mm (Saw) 250 x 1,050mm (Planer) 250 x 600mm (Thicknesser)
Max Ripping Width 460mm
Max Depth of Cut @ 45˚ 45mm
Max Depth of Cut @ 90˚ 65mm
Max Planing Width 250mm
Sliding Table Size 1,200 x 120mm
Cutterblock Speed 4,000rpm
Cutterblock Diameter 75mm
Knives HSS x 3
Feed Speed 8m/min
Max Thicknesser Capacity 180mm
Spindle Speed 3,500, 5,500, & 7,500rpm
Spindle Diameter 30mm
Spindle Travel 130mm
Max Tooling Diameter Above Table 140mm
Dust Extraction Outlet 100mm x 3
Weight 370kg
7
Assembly Instructions
PLEASE NOTE: Some of this assembly
procedure is best accomplished by two
persons. Although the tasks are not impossible,
some of the items are heavy and awkward, and
a mishandling error could cause injury. Please think about
what you are doing, your capabilities and your personal
safety.
Unpack all the boxes and check all the components
against the “What’s in the Boxes’ List. If any parts or
components are missing, please contact our customer
services department using the procedures and telephone
numbers listed in our catalogue, and you will be dealt
with quickly and efficiently.
PLEASE NOTE: that, on occasion, the packing list is not
strictly adhered to, please check all the boxes, packets etc,
to make sure that all the parts have been accounted for.
Having unpacked the boxes, (please dispose of any
unwanted packaging responsibly), put the parts and
components whereby they are readily to hand. Break
down the main box by knocking the sides away (be
careful of exposed nails etc.), but leave the machine
sitting on its pallet. Remove the protective grease film
that is coating all the unpainted parts of the machine.
Use a proprietary de-greasing agent or paraffin.
Unfortunately, this cleaning process is always a bit ‘mucky’
especially if you tackle the job with a high level of
enthusiasm. You are advised to wear overalls or coveralls
etc., during the process. After cleaning, especially if you
used paraffin, lightly coat the exposed metal surfaces to
prevent any rusting.
Note: The AWC4 Combination Machine comes 95%
assembled, in order to reduce the footprint of the
machine for packaging, several items are dismounted
from the machine and need to be re-affixed.
Fig 01
M6 Caphead screw/nut
5mm Hex key
Extension Table
1). Locate the table extension guide rail and two square
inserts and butterfly screws. Insert the butterfly screws
through the pre-drilled holes in the angle brackets, screw
on the square inserts and slot them into the ‘T’ slots on
the extension rail see fig 2. Position the extension rail so
it’s over hanging more to the right of the machine and
tighten the butterfly screws to clamp the extension rail in
position, see fig 3.
Fig 02-03
WHEN YOU FIRST RECEIVE YOU COMBINATION
MACHINE IF YOU INTEND TO USE THE SPINDLE
MOULDER FIRST PLEASE GO TO PAGES 12-13
FOR ASSEMBLY INSTRUCTION.
Panel Saw
Fitting the Saw Guard
Locate the saw guard and M6 caphead screw and M6 nut
and attach it to the riving knife using a 5mm hex key, see
fig 1.
Butterfly screw
Square insert
8
2) Locate the steel pin plate (A) , line up the pins with the
elongated slots in the extension table (B) and lower the
plate into the table, see fig 4. Locate the two lift and shift
Assembly Instructions
MAKE SURE THE SUPPORT CASTING WHEEL
RUNS SMOOTHLY ALONG THE EXTENSION RAIL!
Fig 04
A
B
Lift and shift handle
handles and slot them through the two pre-drilled holes
in the extension table (B) and screw them into the
threaded holes in the steel pin plate (A). NOTE: Make
sure to leave sufficient clearance between the steel
plate and the table frame for the next step.
3) Position the extension table (B) against the sliding
table assembly. Line up the steel pin plate (A) with the ‘T’
slot to the end of the sliding table and slide on the extension table (B), see fig 05.
4) Position the extension table so it’s roughly centred to
the sliding table and tighten the two lift and shift handles
to lock the asssembly in position, see fig 6.
5) On top of the extension table there are two adjustment
caphead screws, using a straight edge adjust the screws
until both sliding and extension tables are level.
Fig 07-08
Straight edge
Caphead screw
Fig 05
Fig 06
B
Caphead screw
Sliding Table Fence
Locate the sliding table fence, loosen the angle bracket
clamp by undoing the butterfly knob (A), loosen the steel
pin by releasing the clamping handle beneath the fence,
see fig 9. Line up and push the steel pin into one of the
Steel pin
Clamping handle
A
Sliding table fence
Fig 09
9
Continues Over....
Assembly Instructions
two pre-drilled holes on top of the extension table, see
fig 10. Lift-up the 90˚ stop located to the corners of the
extension table, push the fence up against the 90˚ stop,
see fig 11 and clamp the angle bracket (A) to the table’s
steel girder by tightening the butterfly knob, see fig 12.
Re-tighten clamping handle to lock the fence in position,
see fig 10.
Fig 10
Clamping handle
Steel pin
Pre-drilled hole
Fig 11-12
Fig 13
Butterfly nut
Steel square clamp
Work Clamp
Locate the work clamp assembly, loosen the clamping
ring, slot the clamp assembly into the sliding table’s ‘T’
slot and tighten the ring to clamp the assembly in place.,
see fig 14.
90˚ Stop
A
Butterfly
Workstop Plate
Fit the workstop plate by loosening the butterfly nut,
insert the steel square clamp into the ‘T’ slot on the sliding
table and re-tighten the butterfly nut, see fig 13.
Fig 14
Clamping ring
Dust Extraction Hose
Locate the ‘Y’ rod which will support the flexible hose
and screw the threaded end into one of the pre-drilled
holes on top of the planer/thicknesser chassis, see fig 15.
Attach one end of the hose to the moulded outlet in the
saw guard, (make sure it is a snug fit) see fig 16. Attach
the other end to the dust
extraction outlet, see fig
17. Lower the hose into
the ‘Y’ support rod to raise
the hose clear of the work
table, see fig 18.
Fig 15
10
Assembly Instructions
Fig16
Fig 17
Flexible hose
Flexible hose
Fig 19
End cover
Fig 20-21
C
M8X50 Bolt
Dust extraction outlet
Fig 18
Rip Fence Assembly
Locate the rip fence (A), rip fence extension (B) with ‘T’
bolts, washers and clamping knobs, fence guide rail (C)
and two M8 x 50 bolts and nuts.
1) Insert the two M8 bolts into the pre-drilled holes to the
side of the main saw table and loosely screw on the nuts.
‘T’ Slot
4) Replace the cover to the end of the guide rail (C)
and secure with the Phillips screws you removed earlier.
Position the rail so it lines up with the edge of the saw
table and only finger tighten the nuts at this point,
see fig 22.
Fig 22
C
2) Remove the cover to the end of the fence guide rail (C)
by removing the two Phillips screws, place safely aside,
see fig 19.
3) Line up the first bolt head with the ‘T’ slot in the fence
guide rail and slide on the rail, repeat for the remaining
bolt, see figs 20-21.
11
Continues Over....
Assembly Instructions
5) Locate the rip fence (A) and lower the clamp assembly
over the guide rail (C), see fig 23.
Fig 23- 24
‘T’ Slot
A
Mounting Bracket
6) Locate the micro adjuster assembly (D) and remove
the mounting bracket by removing the two Phillips
screws, place safely aside. Remove the end cover from
the fence clamp assembly (A) and place aside. Insert the
mounting bracket into the ‘T’ slot to the side of the fence
casting assembly, see fig 24. Line up the pre-drilled holes
in the micro adjuster with the holes in the mounting
bracket, making sure the pinion engages into the rack
beneath the fence guide rail (C), secure the micro
adjuster with the two Phillips screws you removed
earlier, see figs 25-26.
Rip-Fence Extension
1) Locate the rip fence extension (B) and the two ‘T’ bolts,
washers and clamping knobs. Slide the ‘T’ bolts into the ‘T’
slot to the end of the fence extension casting, see fig 27.
2) Line up the ‘T’ bolt threads and insert them through
the two pre-drilled holes to the side of the rip fence, push
the fence extension up against the fence and secure in
place with the two clamping knobs and washers, see figs
28-29.
Fig 27
‘T’ bolt
B
Fig 28-29
Fig 25
Fig 26
Rack
D
B
A
D
Pinion
12
Clamping knob
Assembly Instructions
3) Raise the saw blade to it’s highest point and slide the
fence assembly (A) up against the blade and adjust the
fence guide rail (C) until the pointer reads ‘0’on the scale
then tighten the two nuts beneath the arm rail to secure
the assembly, see fig 30.
Fig 30
Blade
A
Mount the overhand plane guard arm onto the side of
the out feed table that corresponds to your preferred
handing, then fit the overhand cutter block guard. In the
accessories packet there is a small spring metal plate,
this fits into the overhand guard clamping assembly to
spread the load of the guard clamp onto the guard. It also
prevents the bolt scoring the upper surface of the guard,
fasten in position using the guard lock,see fig 33-34.
Fig 32
Fence support bracket
Planer fence base
Clamp
Clamping handles
Scale
Pointer
Planer/Thicknesser
Locate the fence mounting bracket and fix to the
machine casting as shown in fig 31, using 2 No. M6 x
12mm caphead bolts, depending on your preferred
handing. Introduce the planer fence base into the
bracket; so that the planer fence base slides into the
fence mounting bracket; then secure; position the fence
approximately mid-table, see fig 32.
Fig 31
Fig 33-34
Plane guard arm
Guard arm clamp handle
Cutter block guard
Guard clamp
Mounting bracket
Caphead bolt
13
Spring metal plate
Continues Over....
Assembly Instructions
Spindle Moulder
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
NOTE: IN ORDER TO INSTALL THE SPINDLE
MOULDER ASSEMBLY THE FOLLOWING
COMPONENTS NEED TO BE REMOVED.
1) Remove the panel saw rip fence by lifting the locking
lever up and lifting the fence away from the guide rail,
place safely aside.
2) Disconnect the dust extraction hose from the saw
guard, remove the guard and place safely aside then
lower the saw beneath the table.
4) Remove the planer/thicknesser fence assembly by
undoing the two M6 caphead bolts on the mounting
bracket and placing the fence assembly safely aside.
2) Lift the spindle guard assembly onto the work table,
manoeuvre the assembly over the pre-drilled holes in the
table. Insert threaded clamping handles through the
elongated slots and align the two pre-drilled threaded
holes on either side of circular ring, see fig 38.
3) Loosely screw the guard assembly down onto the table,
see fig 39-40.
Fig 38-39-40
5) Remove the workstop plate.
The spindle moulder guarding comes fully assembled
but is not yet mounted to the work table, see instructions
below for mounting the spindle moulder assembly.
1) Remove the circular rings from the work table and
place aside, see fig 35-36-37.
Fig 35-36-37
Pre-drilled holes
Elongated slot
Spindle guard assembly
14
Threaded clamping handle
Assembly Instructions
Positioning the Machine
4) Place a 90˚degrees square against the fence and adjust
the assembly until the fence is perpendicular to the table,
tighten the clamping handles to lock the guard in place,
see fig 40.
Fig 40
Square
Wheel Mobility Kit
The wheel mobility kit enables the combination machine
to be moved easily to a new location. The kit comprises of
two adjustable wheel carriages (A) that bolts to each side
of the machine, a mobility operating handle (B) and lifting
bracket (C). Follow the instruction below to assemble the
kit.
1) Put to hand eight M8 cap head bolts and washers and
the two wheel carriages (A). Line up the four holes in one
of the wheel carriages mounting brackets with the four
threaded holes to one side of the machine and secure
using the M8 cap head bolts and washers, see figs 41.
Tighten using the supplied Hex key. Repeat for the
remaining wheel bracket.
Fence
Fig 42-43
M8 Cap head bolts
C
Lifting point hole
Ascertain the orientation of the machine and move it to
its desired position in the workshop. Ensure that the
machine is positioned to allow sufficient clearance all
round to cater for the maximum length of timber you
wish to machine. The machine should be positioned on a
flat level surface.
Fig 41
M8 Cap head bolt
Raise and
lowing bolt
Pivot bolt
A
Locking nut
2) Locate the lifting bracket (C) and two M8 cap head
bolts and washer. Line up the two pre-drilled holes in
the bracket with the threaded holes to the base of the
machine and secure in place with the M8 cap heads, see
figs 42-43.
Manoeuvring the Machine
1) Turn the “raise and lowing bolts” on the wheel
carriages clockwise until the rear feet are lifted away from
the floor then nip up the locking nut to secure the setting.
2) Locate the mobility operating handle (B), insert the
handles lifting bar into the hole in the lifting bracket (C),
see fig 44 and push down the handle to raise the machine.
Fig 44
Handle lifting bar
B
15
Continues Over....
Positioning the Machine
3) Manoeuvre the machine to the
chosen location making sure there is
sufficient space all round, then carefully
lower the machine down, see fig 45.
4) With the machine in position lower
the rear feet by loosening the two
“raise and lowering bolts”, on the
wheel carriages (A), fig 41.
Fig 45
Machine Dimensions
2200mm
1600mm
16
Sliding Table
Machine Foot Print
2020mm
Sliding Table
17
1920mm
Illustration and Parts Description
Spindle Moulder Set Up
Panel Saw Set Up
18
Planer Set Up
Illustration and Parts Description
Thicknesser Set Up
19
Illustration and Parts Description
Table extension fence
Guide rail
‘Y’ support rod
Sliding table
Flexible hose
Saw guard
Saw table
Rip fence
3 Way control
switch assembly
Spindle moulder assembly
Distance stop
Table extension
Tilt control hand wheelMain emergency stop
Planer out feed table
Fence assemblySaw table
Panel saw rise and fall
control handle wheel
Telescopic extension
Carriage wheel assembly
Table extension support
20
Guide rail stop
Guide roller height
clamping knob
Illustration and Parts Description
Guide arm clamp
Anti-kickback
clamping knob
Anti-kickback
height
clamping knob
Anti-kickback
assembly
Guide roller
assembly
Guide arm
Clamping knob
Guide roller height
clamping knob
Fence adjusting knob
Fence advancing knob
Fence advancing
clamping knob
Work clamp
NVR On/Off switch
‘O’ for OFF
‘I’ for ON
Power selector switch
‘R’ for Spindle Moulder/
Panel Saw, ‘I’ for Planer
Thicknesser
Selector switch
‘0’ No Function
‘1’ Spindle Moulder
‘2’ panel Saw
Sliding table locking knob
21
Illustration and Parts Description
Height adjuster knob
Mounting arm lock
Fence rail
Out feed table
adjuster
Thicknessing table
rise and fall control
Cutter block guard
Cutter block guard clamp
ON/OFF Switch Planer/
Thicknesser
Cutter block guard adjuster
Work clamp
Fence
Spindle moulder rise/fall
control handle wheel
Spindle moulder
access door
Out feed table
Cutter block guard
Foot
Dust extraction
In feed table
Rip-Fence
Planer in feed table Dust extraction outlet
Fence extension Spindle moulder circular rings
Spindle moulder
access door lock
In feed table adjuster
Spindle height lock
Thicknesser table
22
A
B
Feed scale overhand (A)
Pointer (B)
Illustration and Parts Description
A
B
Cam lock (A), Table height
locating bolts (B) to level the table
with the cutter block blade
A
Feed table locking handle (A)
A
Sliding table height assembly (A)
A
C
B
Planer/Thicknesser ON/OFF switch (A)
Emergency stop (B), Rise/Full clamp (C)
A
Saw table height adjusters (A)
Panel saw rise and fall control
butterfly handle lock
A
Autofeed engage control (A)
Thicknesser rise and full scale
D
A
C
B
Cutter block (A), In feed roller (B),
Out feed roller (C), Anti kickback fingers (D)
B
A
C
Tilt angle scale (A), Pointer (B), Tilt handle lock (C)
23
Illustration and Parts Description
F
D
H
A
C
G
E
B
Fence securing clamp (A), Fence mounting bracket (B), Planer fence base (C),
Elongated fence support bracket (D), Fence locking handle (E),
Fence positioning knob lever (F), Fence adjusting bolt (G), Spindle moulder circular rings (H)
A
C
B
Rip fence locking handle (A), Rip fence micro adjuster (B),
Magnifying glass (C), Fence rail scale (D), Fence rail rack (E)
24
D
E
Illustration and Parts Description
A
B
Magnifying glass
C
Riving knife (A), Saw blade (B), Scoring blade (C) Distance stop assembly
Butterfly clamp
Telescopic extension assembly
A
90˚ degree extension fence stop
Main emergency stop button
B
Spindle moulder motor assembly (A) and motor door micro switch (B)
25
Setting Up the Machine
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Panel Saw
the angle scale reading is correct. Set the rip fence a
predetermined distance from the saw blade and lock in
position. Check that the rip fence is held securely when it
is locked in position. If the locking appears a little ‘slack’,
adjust the position of the clamping lug at the rear of the
rip fence by tightening the nut.
Raise the blade to its maximum height, check that is
upright to the table. Slacken the angle bracket clamp by
undoing the butterfly nut (A) and the steel plate pin
assembly by loosening the clamping handle (B), see fig 46
and slide the fence up close to the saw blade. Secure the
fence again as described above.
Fig 46
B
A
Fig 47
Nut/bolt
not, adjust the 90˚ extension fence stop nut/bolt until the
fence is square to the blade.
Loosen the butterfly nut (A) and handle (B) as described
above, slide the nose of the fence (the black tongue) up to
the blade, secure. Check the parallelity of the sliding table
movement by sliding the table forward and checking the
tongue/blade are still in contact, or that the movement
has not jammed the tongue against the saw. If there is a
slight discrepancy, it may be acceptable to you (a 1mm
difference across the face of the blade (fully extended) is
about one quarter of a degree).
Tilt the blade fully over. Using a mitre square, set the angle
of the saw to 45˚. Check that the index mark gives a
corresponding reading against the scale. Adjust the
pointer if necessary. Reset the blade upright, check that
Make sure the
extension fence is
up against the 90˚
extension fence stop,
see fig 47 and using
a 90˚ square, place it
against the fence and
the blade (not on
the teeth), check that
the angle is correct, if
Setting Scoring Blade
90˚ Degrees
Lower the saw assembly with the Rise and fall control
hand wheel until the scoring saw is just below the table,
using a straight edge adjust the cap head screw (A ), set
the saw blade to the desired height using the Hex key
provided, turn (clockwise to raise the blade and
anti-clockwise to lower the blade), until the scoring saw
is level with the table, then recheck the height of the
scoring and adjust to 1 or 2mm if required. Lock the
scoring blade in position using the cap head screw (B),
see figs 48-49.
Fig 48-49
A
B
Scoring blade
45˚ Degrees
With the blade assembly at 90˚ degrees, turn the cap head
screw (A) one and half turns anticlockwise, (you may need
to change to get the desired scoring blade height). Lock
the scoring blade in position using the cap head screw
(B). Lower the saw assembly until the scoring saw is just
below the table. Then tilt the blade assembly until it reads
45˚ degrees on the tilt angle scale, check that the scoring
26
Setting Up the Machine
blade is sitting just proud of the table, see fig 50.
Fig 50
NOTE: If you change the main blade saw blade
at anytime, the kerf width of the replacement
blade must be slightly narrower, (3.2mm) than
the kerf width of the scrolling blade.
Connect the machine to the mains supply, press the
power selector switch to the ‘I’ position for spindle
moulder/panel saw, turn the selector switch to ‘2’ panel
saw (see page 21) and give the machine a quick burst. i.e.
On/Off. Check that everything is sound and feels O.K. (No
knocking, scraping, belt squeal, rubbing etc.,)
Reconnect the mains, give the machine a longer run,
and press the emergency stop button on the front of the
machine. Check that the blade comes to a complete stop.
When you are happy that everything seems OK, switch
the machine off, disconnect from the mains supply.
Spindle Moulder
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Spindle Speed Setting
The spindle speed must be selected according to the
cutting diameter. The speed is set by changing the V-belt
location on the pulleys, see diagram below.
With the blade assembly at 90˚degrees, turn the cap head
screw (A) one and half turns anti-clockwise. Lock the
scoring blade in position using the cap head screw (B).
Lower the saw assembly until the scoring saw is just
below the table.
Tilt the blade assembly until it reads 45˚degrees on the
tilt angle scale, check that the scoring blade is sitting just
proud of the table.
Alignment Screw
Turn the alignment screw as required to align the scoring
blade with the main blade, see fig 51.
Fig 51
Upper location (H)....7000rpm Centre location
(M)....5500rpm Lower location (L)....3500rpm
7000rpm
H
5500rpm
M
3500rpm
L
Spindle
Pulley
PLEASE NOTE: If the spindle speed is set at
(3500rpm) and the tool diameter is smaller
than 120mm there is an increased risk of the
work piece kicking back at you!
The Cutting Tool
The cutting tool may only be changed when the spindle
rotation lock is engaged and the mains plug is pulled.
Motor
Pulley
Blade alignment screw
Check that everything that should be tight, is tight; saw
blade guard, rise and fall lock mechanism, fence clamps
etc.
There is a risk of personal injury by cuts from the cutter
knives. Wear suitable gloves when changing cutters.
Clean all surfaces of cutters and spindle arbor with a
suitable solvent.
Only use tooling with manual feed cutter blocks
marked “MAN”.
27
Continues Over....
Setting Up the Machine
Unsuitable, incorrectly mounted, dull, cracked or bent
cutter knives can break or increase the risk of kickback
considerably.
The installation of sanding or polishing tools is not
permissible.
The cutter block must be positioned on the arbor as low
as possible, see diagrams below.
Close up the aluminium fences to give approximately
5mm clearance around the cutter, see diagram below.
Spindle
Fence Fence
5mm
The fence is used to guide small work pieces through the
cutter without them being trapped between the fence
and the cutter.
The top cover should be kept closed when the machine is
in operation; it can be opened to give access to the cutter
when the machine is stationary.
Watch the direction of rotation (counter-clockwise) when
mounting the cutter.
Fill the space between cutter and clamping washer with
spacing collars.
Tighten the arbor cap head screw securely.
Don’t use a wrench extension or a hammer to tighten the
cap head screw.
The dust extraction hose is connected to the aperture at
the rear of the fence casting.
Before starting work, carefully check that the cutter can
rotate freely without fouling the inside of the
guard and that the guard is clamped firmly in place.
Operating Instructions
Planning Function
To operate the planer correctly, it is recommended to
read the HSE (Health and Safety Executive) information
working sheet on the safe use of handfed planing
machines, see image below.
Cover the clearance zone around the cutter with table
insert rings, see figs 35-36-37.
Setting the Fence
Adjust the position of the fence assembly to give both
the required cutter protrusion and adequate clearance
between the cutter and the fence.
28
Operating Instructions
Power On Procedure:
1) Rotate the selector switch (A) in the vertical position.
2) Press the selector switch (B) to select the planer/thick-
nesser icon (I).
3) Press the NVR ON/OFF switch (C) to the “ON” position,
then press one of the green “ON" buttons to start the
machine, see figs 52-53.
Thicknessing Function
• Rotate the cutter guard arm out of the way.
• Remove the fence assembly.
• Unlock the in feed/out feed tables, rotate to the side.
• Use a honing guide to sharpen the blades.
• Rotate the dust extraction hood.
Fig 53
Green button
Green button
• Measure the timber thickness, raise the thicknessing
table & reading against the scale, until the desired
measurement is reached and lock the table in position.
• Release the main emergency stop button on the
planer/thicknesser.
Power On Procedure:
1) Rotate the selector switch (A) in the vertical position.
2) Press the selector switch (B) to select the planer/thick-
nesser icon (I).
3) Press the NVR ON/OFF switch (C) to the “ON” position,
then press one of the green buttons to start the machine,
see figs 52-53.
Fig 52
C
Spindle Moulder Function
Power On Procedure:
1) Rotate the selector switch (A) to the spindle moulder
icon (1).
2) Press the selector switch (B) to select the spindle
moulder/panel saw icon (R).
3) Press the NVR ON/OFF switch (C) to the “ON” position,
to start the spindle moulder, see fig 54.
Fig 54
C
B
A
29
B
A
Continues Over....
Operating Instructions
Correct Operating Position
Position yourself offset to the machine as shown above
Work Piece Handling
Fig 55
C
B
• Feed the work piece straight across the machine table,
holding the fingers close together and guiding the work
piece with the palms of your hands.
• Never put your hands under or behind the cutter guard.
• Always keep your hands well clear of the rotating cutter.
• Always feed the work piece against the cutter rotation as
shown by the arrow in illustration.
• Use a push stick when working the ends of narrow stock.
• Use a feeding aid if you are going to machine a work
piece shorter than 300mm.
• Always machine the work piece over its entire length.
Recess machining may only be carried out with the
aid of suitable longitudinal work piece stops.
• When working complex shapes, make jigs and guides to
guide the work piece properly and safely.
• Make trial cuts on a piece of scrap before working the
actual work piece.
• Support long work pieces with roller stands or table
extensions.
A
4) Regulate the cutting height by raising or lowering the
rise and fall control hand wheel (A). Lock the blade in
place by turning the Rise & fall control handle lock.
A
5) Adjust the rip-fence extension (B) to the desired
position by loosening the two rip fence extension
butterfly knobs (C) then tighten the knobs. Set the
height of the guard to 3-4mm above the work piece
and lock it in position. When done, lower the guard
to board level.
•Always work one work piece at a time.
Panel Saw Function
Power On Procedure:
1) Rotate the selector switch (A) to the panel saw icon (2).
2) Press the selector switch (B) to select the spindle
moulder/panel saw icon (R).
3) Press the NVR ON/OFF switch (C) to the “ON” position,
to start the panel saw, see fig 55.
C
B
30
Operating Instructions
6) • Check that the room is well lit.
• Make sure that the saw table is clear of any tools.
• Check that the saw guard is against the top of the
board.
• Start the saw, wait until the saw is at full speed, use a
push stick (D) to safely push the work piece through.
• Turn off the saw, wait until the saw comes to a
complete stop before removing the board.
D
7) Use the extension table/fence when cutting large
pieces of board at 90˚.
Planer/Thicknesser Blades
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
The planer blades are mounted into 3 slot housings
machined in the cutter block. The slot housing comprises
of a slot cut on a radial axis with a reverse tapered slot
alongside it, see fig 56.
The depth of the first slot governs the seating of the
chip breaker/wedge, the second slot allows the blade to
be set to its correct depth in the block. The chip breaker/
wedge is machined with a tapered face set at the same
angle as the slot. This allows the blade to be clamped
between parallel faces. The block will accept blades
250mm x 3mm x 30mm. After sharpening, the blades will
reduce over their height dimension, but the blades can be
safely used until their overall height dimension is 17mm,
then the blades must be discarded as they can no longer
be securely clamped in the housing.
The reverse taper slot has a series of blind holes bored in
the bottom surface into which springs are fitted. These
springs act against the bottom of the planer blade, to
push it into contact with the setting tool, when the
blades are being positioned after changing.
8) There is an angle scale mounted on top of the
extension table, to set the fence at required angles
for cutting parallel cuts.
Angle scale
Fig 56
Chip breaker/wedge
Planer knife
Spring
Clamping Nut
Changing the Blades
Locate the 5.5mm x 7mm A/F spanner in the tool kit.
Turn the cutter block until one of the slots is uppermost,
(between the tables). Using the spanner drive the 5 No.
bolts into the chip breaker/wedge, thus removing the
clamping effect. This should allow the blade to ‘spring’ up
to protrude clear of the edge of the cutter block.
Carefully remove the blade, lay aside. Remove the
chip breaker/wedge, lay aside, finally remove the springs
31
Continues Over....
Operating Instructions
from the slot and lay them aside. Repeat the process
for the other two blades. If the block becomes difficult
to hold located, being out of balance with the blade/s
removed; use a thin wedge of material to jam the cutter
block in position.
Now is a very good time to clean the slot housings
thoroughly, remove the resin build-up, sawdust, chips
and any old joiners/carpenters etc., that have recently
disappeared without trace. Ensure the circumference of
the cutter block is likewise cleaned thoroughly.
Remove the clamping bolts from the chip breaker/
wedges, clean the bolts and the threaded holes, clean the
springs and the chip breaker/wedges thoroughly. Apply
a little light oil to the springs. Remove the new/sharpened
blades from their ‘keeper’ set carefully to hand and put
the ‘old’ blades away in the ‘keeper’ to be sent for
sharpening.
Locate the blade setting tool and put it to hand. Screw
the bolts into the chip breaker/wedges. Select one of the
slot housings and wedge the cutter block to maintain it
in position. Set the springs into the holes in the bottom
of the slot, introduce the chip breaker/wedge, position it
against the ‘back’ of the slot, introduce a blade in front of
it. Using the spanner start to unscrew the bolts, take care
at this time as the blade could be protruding well above
the block. Unscrew the bolts until the wedge just starts a
‘nip’ on the blade, then screw them back in half a turn.
At this point all the components should be loose in the
slot (not slack), carefully position the blade and the wedge
to line up with the edge of the cutter block. Press the
blade setting tool gently down onto the blade, see fig 57
ensure that the locating feet are firmly in contact with the
cutter block, and the blade is against the setting recess,
see fig 58-59. Holding the blade and the setting tool in
this position, tighten at least two of the clamping bolts
to provide a firm clamp of the blade, with the setting tool
held firmly in place. Tighten the remaining bolts.
Tighten hard, but do not overtighten, remember, these are
M4 bolts. Repeat this procedure for the remaining blades.
Fig 58-59
Blade setting tool
When all the
blades are fitted,
rotating the
cutter block by
hand in reverse
and visually
inspecting the
edge of the
blades against
a fixed point. If this appears satisfactory, carry out a final
‘tightness’ check on the clamping bolts; remove all the
tools and stow away.
NOTE: If at any point you need to adjust the tables so
they are parallel, adjust by the following method:
1) Remove the transport pins (A) using a pin punch and
hammer.
2) Adjust the table height locating bolts (B).
3) Loosen the Hex bolt (C) and eccentric cam (D), place
a straight edge across both tables and adjust until the
tables are in line. When you are satisfied tighten (C and D),
see fig 60. Reset the feed scale to ‘0’, see page 23.
NOTE: BY RESETTING THE TABLES THE HOLES
FOR THE TRANSPORT PINS MAY BE OUT OF
ALIGNMENT. WE SUGGEST RE-DRILLING NEW
HOLES NEAR ORIGINALS THEN REPLACING THE
PINS.
Blade
Cutter block
Fig 60
A
Fig 57
Blade setting tool
32
C
D
B
Operating Instructions
Changing the Panel Saw Blade
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Raise the saw blade to it’s highest point. Remove the saw
blade guard. Pull the sliding table locking knob towards
you and slide the table to the side to expose the blades.
Using the spanner and the tommy bar (A) provided, put
the spanner onto the flats on the nut. Turn the saw until
the tommy bar hole (B) is visible. Insert the tommy bar
and turn the saw to allow it to rest against the front edge
of the saw slot, see figs 61-62.
Fig 61
A
B
Fig 63
Riving knife
Changing the Scoring Blade
Using the 8mm Hex key and the tommy bar (A) insert the
Hex key into cap head bolt, turn the scoring saw until the
tommy bar hole is visible. Insert the tommy bar and turn
the saw to allow it to rest against the front edge of the
saw slot. Remove the blade check the new blade for
damage, missing teeth,sharpness etc. then replace the
scoring saw and tighten, see fig 64.
Fig 62
A
Spanner
Slacken off the saw nut (remember left hand thread).
Remove the saw nut, then remove the sawplate washer
and the saw blade. Now is a good time to give the
interior of the machine, the dust extraction channels,
etc. a thorough clean. Check the new blade for damage,
missing teeth,sharpness etc. Fit the new blade, ensure
that the teeth are pointing towards the front of the
machine. Put the saw plate washer onto the shaft and
twist on the saw nut. Spin the nut up finger tight and
check the saw is correctly seated.
Tighten up the saw nut, using the tommy bar to hold the
shaft steady. Check the riving knife is aligned with the saw
blade, and correctly positioned, see fig 63.
Fig 64
A
Slide the table back until the locking knob pin engages
the pin recess, replace the saw blade guard. When
everything is satisfactory, turn the saw blade once by
hand to check it doesn’t foul anywhere. Reconnect the
machine to the mains supply.
Give the machine a ‘quick’ burst check ( i.e. quick ON-OFF)
to ensure everything is O.K. If everything is satisfactory,
continue to use the machine. Check the old blade for
sharpness, missing teeth, resin buildup, etc., clean if
necessary and send for refurbishment/re sharpening if
required. If the blade is not to be resharpened, clean and
pack away in its stowage case.
33
Continues Over....
Operating Instructions
Changing the Spindle Moulder Cutter
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Raise the spindle to the maximum height by unlocking
the spindle moulder rise/fall locking handle and
turning the spindle moulder rise/fall handle clockwise
then lock in place. Using the 12mm hex key provided
remove the cap head clamping block (D), spacing collar/s
(E) and clamping washer (F) and place them safely aside,
remove the cutter block, see fig 65.
Fig 65
D
E
F
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Changing the Spindle Moulder Speed
Open the spindle moulder access door to the side of the
machine, see fig 66. Lower the spindle to it’s lowest point,
if not done so already. Locate the 16mm socket spanner
(B), loosen the two bolts (A) on top of the motor, push the
motor to the side, to allow the belt to go slack, reposition
the belt on the pulleys as required. When your are happy
push the motor back and tighten the clamping bolts (A)
to keep the tention, see figs 67-68.
Fig 66-67
Check the new cutter block for damage,sharpness
etc. Fit the new cutter block on the arbor as low as
possible, see diagram below. Watch the direction of
rotation counter-clockwise when mounting the cutter.
replace the clamping washer (F), spacing collar/s (E) and
clampling block (D). Tighten the clamping block securely.
Cutter block
Turn the cutter block round once by hand to check it
doesn’t foul anywhere. Reconnect the machine to the
mains supply. Give the machine a ‘quick’ burst check (i.e.
quick ON-OFF) to ensure everything is fine.
If everything is satisfactory, continue to use the machine.
Check the old cutter block for damage, sharpness, resin
buildup, etc., clean if necessary and send for refurbishment/re-sharpening if required. If the cutter block is not
to be re-sharpened, clean and pack away in its stowage
case.
34
Spindle
Pulley
Fig 68
A
A
B
7000rpm
H
5500rpm
M
3500rpm
L
Motor
Pulley
Operating Instructions/Routine Maintenance
Close the access door, raise the spindle, reconnect the
machine to the mains supply. Give the machine a ‘quick’
burst check ( i.e. quick ON-OFF) to ensure everything is
O.K. If everything is satisfactory, continue to use the
machine.
WARNING!! DISCONNECT THE MACHINE FROM
THE MAINS BEFORE CONTINUING!
Your combination machine requires minimum
maintenance, but it is essential that it is carried out
to ensure the longevity and correct function of the
machine.
Planer/ Thicknesser
• Check the overhand tables and the thicknessing
bed are clean, not coated with resin etc. Apply a
proprietary cleaner/lubricating agent.
• Check the cable and the plug for damage or
defects.
height of the table lock stud. Hold the stud firmly and
loosen the lock nut, adjust the stud, lightly ‘pinch’ with
the lock nut. If correct, fully tighten the lock nut, if
not, repeat the process until the ‘lock down’ is correct.
Panel Saw
• Keep the saw as clean and free from saw dust build up
as practical.
• Periodically, unlock the sliding table and push to one
side to gain access to the saw mechanism. Raise the saw
blade to it’s highest point. Remove the saw blade guard,
lower the blade cover and blow out or brush out the
saw inner workings, using a proprietary resin cleaner.
Note: You may require an air line to blow out areas
physically not possible to reach, i.e the threaded
drive shafts of the rise and tilt mechanisms.
• Check the saw and scoring saw blade/s regularly for
chipped, missing, damaged teeth etc. and remove
any resin build up from the blade/s, riving knife etc.
• Mount the planer fence and check it is set upright.
• Check the dust extraction hood and ensure there is
no excessive build up of sawdust/resin, especially in the
mouth of the chip deflector and around the mouth of
the extractor.
• Check the blades for sharpness and damage.
• Clean the machine thoroughly, remove any shavings,
sawdust, chips etc, from in, under and around the
machine.
• Check the cutter block for resin build up, especially
behind the blade and in the scallop of the chip breaker/
wedge.
• Raise the tables and brush out and clean any debris or
build up around the area of the noise attenuating slots
in the edges of the overhand tables.
• Check the in feed and take off pressure rollers are
not clogged, clean as necessary.
• If the “Panel Saw” is not going to be used for a
period of time, spray a light coat of oil over the table
surface and blades that will help prevent rust.
Spindle Moulder
• Keep the cutter block clean and free from dust build up.
• Check the cutter block regularly for chipped blades and
damage to block i.e cracks in the cutter block.
• When changing the cutter block, remove the cutter
block and place safely away, clean the spindle by
spraying a light coating of oil over the shaft and install
a new cutter block.
• Opening the access door for the spindle moulder, check
the belt tension. If the belt is loose, using the 16mm
socket spanner loosen the motor bolts and push/pull
until the belt is under tension again, tighten the motor
bolts to keep the tension.
• Check the action of the anti-kickback fingers, again
clean and lubricate as required.
• If the “Planer/Thicknesser” is not going to be used for a
period of time spray a light coat of oil over the table
surface that will help prevent rust.
• Re-tighten the table lock. If the table lock downs
becomes ‘slack’ they can be adjusted by altering the
After several months of constant use the condition of
the chains, sprockets,tension of the drive belts and the
threaded drive shafts of the rise and fall tilt mechanisms
will need to be checked, that may require a service
engineer to oversee the job.
If you find that the machine is not performing as
it should please contact our “Technical Sales Team”
by phone on 03332 406406.
35
Exploded Diagrams/Lists
Planer Thicknessser Assembly
36
Exploded Diagrams/Lists
37
Exploded Diagrams/Lists
38
Planer Thicknessser Assembly
Exploded Diagrams/Lists
NO DESCRIPTION QTY
1 Right and left
Support plate
3 Plate 2
4 Right plate 1
5 Bearing tube 1
11 Support base 4
12 Right cutter block
support
13 Left cutter block
support
14 Right adjusting wing 1
15 Left adjusting wing 1
16 Right Locking block 1
17 Left Locking block 1
18 Out feed table 1
19 In feed table 1
20 Adjusting axle 2
21 Metal plate 2
22 Locking handle
assembly
23 Eccentric bush 2
24 Screw M8x8 2
25 Kick block 20
26 Axis 1
27 Support axle 2
28 Hex nut M10 4
30 Scale 1
31 Adjusting wheel 2
32 Locating plate 1
33 Scale 1
35 Hex bolt M10x60 2
36 Cutter block
assembly
37 Bail bearing bush 2
38 Cutter block pulley 1
39 Protective plate 1
40 Cutter block 1
41 Blade locking block 3
42 Blade 250x30x3 3
43 Spring 6
44 Dust chute 1
1
1
1
2
1
45 Dust chute head 1
46 Locking plate 1
47 Change-over plate 1
48 Screw M5x6 2
49 Thicknessing table
assembly
50 Lifting tube 1
51 Lifting tube bracket 1
52 Support base 1
53 Gear assembly 1
54 Adjusting bar 1
55 Block 1
56 Block 1
57 Locking bar assembly 1
58 Hand wheel 1
59 “C” ring 1
60 Pointer 1
61 Depth scale 1
62 Washer 1
63 Thicknessing table 1
64 Plate 4
66 Gear box 1
67 Gear 1
68 Guide screw 1
69 Gear axle 1
70 Bush 1
72 Locking handle 1
74 Control handle
assembly
75 Sprocket assembly 1
76 Sprocket assembly 1
77 Tension system
assembly
78 Pin 1
79 Long pin 1
80 Sprocket IV 2
81 Driving roller 1
82 Pressing roller 1
83 Bush 4
84 Double-head bolt 4
85 Spring 1
86 Connecting plate 1
89 Sprocket I 1
90 Sprocket II 1
91 Iron friction wheel 1
92 Sprocket III 1
1
1
1
94 Tension plate 1
95 Spring 1
97 Guiding fence 1
98 Cutter block
protective fence
99 Fence plate 1
100 Supporting plate 1
101 Guiding block 1
102 Right metal plate 1
103 Left metal plate 1
104 Connecting plate 1
105 Protective plate 1
106 Left sliding block 1
107 Right sliding block 1
108 Handle 1
109 Double head bolt 1
110 Protective cover 1
111 Sensitive switch plate 1
112 Short locating bar 1
113 Long locating bar 1
114 Motor pulley 1
115 U-shaped metal tube 1
116 Locking handle 1
117 Long locking handle 1
118 Short locking handle 1
119 Angle iron 1
120 Support plate 1
121 Protective plate 1
122 U-shaped bracket 1
123 Locking plate 1
124 Plastic insert 2
125 Switch mounting
plate
126 White sensitive
switch
128 Spring 3
129 Hex bolt M6x20 2
131 Handle wheel bar 1
1
1
1
39
Continues Over....
Exploded Diagrams/Lists
132 Hand wheel 1
505 Nut M10 8
506 Screw M5x8 5
507 Screw M5x8 4
508 Hex bolt M8x16 2
509 Hex nut M8 8
510 Washer ɸ 5 12
511 Washer ɸ 8 22
512 Socket cap screw
M8x25
513 Spring washer ɸ 8 18
514 Socket cap screw
M8x25
515 Spring washer ɸ 8 4
516 Socket cap screw
M8x30
517 Pin A8x30 2
518 Socket cap screw
M8x30
519 Hex bolt M6x10 2
520 Screw M6X20 1
521 Hex nut M16 4
523 “C’ring ɸ 12 2
525 Pin 5x16 1
526 Socket cap screw
M5x12
528 Screw M4x6 2
529 Bolt M6X10 15
531 Pin 6X20 1
532 “C’ring ɸ 25 1
534 Screw M6X10 4
535 Socket cap screw
M6x8
536 Hex bolt M6x10 2
537 Spring washer ɸ 5 12
538 Screw M6x25 3
539 Hex bolt M6x10 14
540 Hex nut M6 22
542 Support cylinder 1
542 Support cylinder 1
544 Anti-vibration washer 2
545 Socket cap screw
M8x16
4
4
2
4
1
8
10
546 Socket cap screw
M8x30
547 Screw M8x8 1
548 Screw M6x10 4
549 Socket cap screw
M6x35
550 Screw M4x6 2
551 Screw M4x6 2
552 Hex nut M12 1
553 Nut M6 4
554 Pin 5X12 1
555 Lubricating injection
hole M10
556 Seal 1
557 Ball bearing 51102 1
558 Spring washer 10 2
559 Hex bolt M6x65 2
560 Hex nut M10 2
561 Pin 4x25 1
562 “C” ring ɸ 10 1
563 “Cring ɸ 18 1
564 Screw M4x6 12
565 Spring 4
566 Hex bolt M6x10 1
568 Nut M3 4
569 Chain 05B-1x86 1
570 Chain 05B-1x76 1
571 Locking bar 2
572 Long handle
assembly
573 Axle bush 8
574 Pin 5X16 2
575 Handle 1
577 Bait bearing
61901-2Z
578 Screw M6x10 4
579 “Cring ɸ 24 4
580 Screw M6x14 4
582 Bail bearing 6303-2Z 1
583 Pin 1
586 Z-belt(L=1092) 1
587 Washer ɸ 10 6
7
1
1
1
4
588 Socket cap screw
M6x12
589 Hex bolt WI5x50 1
590 Screw ST5x40 4
591 Nut MS 4
592 Nut MS 7
595 Hex bolt M8x16 4
596 Socket cap screw
M6x12
597 Screw M5x8 6
598 Spring washer ɸ 5 6
599 Motor 1
600 Electromagnetic
switch
605 Hex bolt M8x25 4
606 Socket cap screw
M6x40
608 Screw M5x50 2
613 Socket cap screw
M6x16
614 C- ring ɸ 6 2
615 Hex nut M6 1
616 Socket cap screw
M5X12
617 Nut M12 1
619 Long handle
assembly
621 Protective cover 1
700 Base assembly 1
701 Planing table
assembly
702 Cutter block
assembly
703 Thicknessing table
assembly
704 Sprocket system
assembly
705 Extraction system
assembly
706 Fence assembly 1
707 Protective cover
assembly
6
2
1
1
2
2
1
1
1
1
1
1
1
40
Panel Saw/ Planer Thicknesser Assembly
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 SAW BENCH AND MILLING BODY 1
02 PLANER THICKNESSER BODY 1
03 FRONT CONNECTED PLATE 1
04 BACK CONNECTED PLATE 1
05 CAP SCREW M8X20 6
06 SPRING WASHER 8 6
07 FLAT WASHER 8 6
08 CAP SCREW M8X20 6
09 SPRING WASHER 8 6
10 FLAT WASHER 8 6
41
Exploded Diagrams/Lists
Panel Saw/ Spindle Moulder Assembly
42
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 Saw bench and moulder body 1
02 Saw bench and moulder table 1
03 Phillips screw M10X70 4
04 Hex nut MIO 12
05 Flat washer MO 8
06 Double saw blade assembly 1
07 Locking block 2
08 Cap screw M8x50 4
09 Hex locking nut M8 4
10 Flat washer 8 4
11 Moulder assembly 1
12 Cap screw M8x30 4
13 Flat washer 8 4
14 Spring washer 8 4
15 Fence for saw bench assembly 1
16 Locking handle assembly 2
17 Flat washer 6 2
18 Plate 2
19 Cap screw M10x65 2
20 Hex nut MIO 2
21 Bolt M8X55 4
22 Hex nut M8 4
23 Flat washer 8 4
24 Sliding table assembly 1
25 Mitre gauge and alum, guide 1
26 Extension table 1
27 Side protective cover 1
28 Cap screw M5x8 6
29 Flat washer 5 6
30 Upper protective cover 1
31 Cap screw M5x8 3
32 Cap screw M5x10 2
33 Flat washer 5 5
34 Cap screw M6x45 2
35 Hex nut M6 2
36 Steel foot 4
37 Hex nut MIO 4
38 Support pole 1
39 Hex nut M16 3
40 Flat washer 16 1
41 Side cover 1
42 Cap screw M5x8 4
43 Flat washer 5 4
44 Main control switch 1
45 Switch guide label 1
46 Cap screw M5x12 4
47 Cap bolt ST4X25 4
48 Scale cover 1
49 Tilting scale 1
50 Cap screw M5x6 4
51 Flat screw 5 4
52 Milling blade protective cover 1
53 Saw blade cover 1
54 Cap screw M4X8 3
55 Emergency switch box 1
56 Cap screw M5x12 2
57 Flat washer 5 2
58 Emergency switch cover 1
59 Cap screw M4x35 4
60 Label for emergency switch 1
61 Dust outlet 1
62 Cap screw M6x16 3
43
Exploded Diagrams/Lists
Panel Saw Assembly 1
44
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 Small blade stand 1
02 Phillips screw M6X10 2
03 Adjusting plate 1
04 Phillips screw M8X30 2
05 Cap screw M5x10 4
06 Adjusting axle 1
07 “C” ring 12 1
08 Little axle 1
09 Sleeve 2
10 Cap screw M10X30 1
11 Washer 1
12 Little outer plate 1
13 Small blade
80x ɸ20x3.2x2.2x8T
14 Little inner plate 1
15 Small location sleeve 1
16 Bearing 6003-2Z/Z2 2
17 Small staff 1
18 “C” ring 35 2
19 Small spindle 1
20 Key A5X20 1
21 Small vice-pulley 1
22 Flat washer 10 1
23 Left thin nut M10 2
24 Connected pole 1
25 Cap screw M6x20 1
26 Nut M6 1
27 Flat washer 6 3
1
28 Cap screw M6x30 1
29 Hex nut M6 2
30 Flat washer 6 3
31 Pin 2
32 Big axle 1
33 Adjusting washer 1
34 Round Nut M20x1.5 1
35 Hex bolt M10x25 (left) 1
36 Washer 10 1
37 Big outer plate 1
38 Blade ɸ250xɸ30x3.2x24T 1
39 Big inner plate 1
40 Big location sleeve 1
41 “C” ring 50 1
42 Washer 1
43 Blade arm 1
44 Support plate 1
45 Riving knife 1
46 Fixed plate 1
47 Cap screw M6X25 2
48 Protective guard 1
49 Big staff 1
50 Big spindle 1
51 Key A6X20 1
52 Bearing 6004-227Z2 2
53 Big vice pulley 1
54 Hex locking nut M10 1
55 Washer 10 1
45
Exploded Diagrams/Lists
Panel Saw Assembly 2
46
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 Lock handle 1
02 Washer 8 1
03 Turning handle 1
04 Key A5X10 1
05 Flat washer 16 1
06 Connected plate 1
07 Inner sleeve 1 2
08 Cap screw M6x12 2
09 Clamp plate 1
10 Inner sleeve 2 1
11 Cap screw M6x35 1
12 Gear 1
13 Rack 1
14 Hex locking nut M8 1
15 Pointer 1
16 Pointer sleeve 1
17 Cap screw M6x30 1
18 Rack plate 1
19 Cap screw M4x20 2
20 Hex nut M4 2
21 Phillips screw
M6X25
22 Hex nut M6 1
23 Hex bolt M6x20 4
24 Cap screw M6x25 4
25 Pin A6X25 4
26 Front turning block 1
27 Back turning block 1
28 Hex bolt M6x12 2
29 Dust collecting
cover
30 Cap screw M6x10 3
31 Flat washer 6 3
32 Cap screw M5x12 1
33 Hand wheel washer 1
34 Hand wheel
ɸ12xɸ160
35 “C” ring 9 1
36 Small adjusting
plate
1
1
1
1
37 Cap screw M5x12 2
38 Lifting pole 1
39 Key A4X12 1
40 Hex locking nut M8 1
41 Flat washer 12 1
42 Flat washer 8 1
43 Exchange block 1
44 Pin A10X30 1
45 Phillips screw M5X8 1
46 Rack stand 1
47 Phillips SCREW
M6X25
48 Hex nut M6 1
49 Cap screw M6x45 4
50 Location nut 1
51 Phillips screw
M6X10
52 Flat washer 20 1
53 Lifting staff 1
54 Hex bolt M10x40 1
55 Flat washer 10 3
56 Hex nut MIO 1
57 Shifter bar 1
58 Inner location
sleeve
59 Cap screw M10x60 1
60 “C” ring 26 2
61 Bearing 6000-227Z2 2
62 Adjusting pulley 1
63 Flat washer 10 1
64 Hex nut MIO 1
65 Hex bolt M10x40 1
66 Hex nut MIO 2
68 Hex bolt M10x40 1
69 Hex nut MIO 1
70 Flat washer 10 2
71 Cap screw M10x80 1
72 “C” ring 26 2
73 Bearing 6000-2Z/Z2 2
74 Adjusting pulley 1
75 Inner location
sleeve
76 Hex locking nut
M10
77 Combined belt
1.5x25x750
78 Flower bolt M8X( at
least)130
79 Adjusting spring 1
80 Hex bolt M10x40 1
81 Hex nut MIO 2
82 Hex bolt M8x50 1
1
1
1
1
83 Flat washer 8 1
84 Hex nut M8 1
85 Hex bolt M8x30 1
86 Flat washer 8 2
87 Hex nut M8 1
88 Motor plate 1
89 Motor 1
90 Pulley 1 1
91 Cap screw M6x16 1
92 Special washer 6 1
93 Hex bolt M8x20 4
94 Flat washer 8 4
95 Spring washer 8 4
96 Hex nut M8 4
97 Adjusting stand 1
98 Hex bolt M8x50 1
99 Hex nut M8 1
100 Hex bolt M8x25 1
101 Hex nut M8 1
102 Cap screw M6x20 2
103 Flat washer 6 2
104 Hex locking nut M6 2
105 Z-Vbelt (L=840) 1
106 Angle steel
assembly
107 Cap screw M6x12 4
108 Flat washer 6 4
109 Hex bolt M6x16 2
110 Hex locking nut M6 2
111 Flat washer 6 2
1
1
1
1
47
Exploded Diagrams/Lists
Panel Saw Assembly 3
NO DESCRIPTION QTY
01 Screw M5x12 1
02 Hand wheel washer 1
03 Hand wheel ɸ12x ɸ125 1
04 Small clamp plate 1
05 Cap screw M6x12 2
06 Flat washer 6 2
07 Worm gear axle 1
08 Worm gear body 1
09 Spring pin 4X16 2
10 Key A4X12 1
11 Spacer 1
12 Bearing 51101 2
13 Support block 1
14 Hex thin nut M12 2
15 Locking handle 1
16 Cap screw M8x16 2
17 Flat washer 8 2
18 Location stand 1
19 Stand block 1
20 Location pole 1
21 Little cover 1
22 Cap screw M6x35 2
23 Flat washer 6 2
24 Body assembly 1
25 Rack plate 1
48
Spindle Moulder Assembly
Exploded Diagrams/Lists
49
Continues Over....
Exploded Diagrams/Lists
Spindle Moulder Assembly
NO DESCRIPTION QTY
01 Spindle seat 1
02 Hex locking nut M12 1
03 Spindle 1
04 Bolt M5X16 3
05 Spring cover 1
06 Bearing 6206-2Z/Z2 1
07 “C” ring 30 1
08 Spindle sleeve 1
09 Bearing 6205-2Z/Z2 1
10 Motor plate 1
11 Hex screw M8x25 3
12 Flat washer 8 3
13 Spring washer 8 3
14 Pulley 1 1
15 Key C6X28 1
16 Washer (pulley 1) 1
17 Cap screw M8x20 1
18 Nut 4
19 Lifting nut 1
20 Long sleeve 2
21 Hex nut MIO 2
22 Flat washer 10 4
23 Motor 1
24 Pulley 2 1
25 Key C6X28 1
26 Washer (pulley 2) 1
27 Cap screw M6x20 1
28 Hex screw M10x100 2
29 Round nut M25x1.5 1
30 Lifting thread pole 1
31 Gear 2
32 Spacer 1
33 Bearing 51101 4
34 Sleeve B 1
35 Small round nut M12X1.25 4
36 Clamp block 1
37 Sleeve A 1
38 Cap screw M8x70 2
39 Washer 1
40 Spring pin 4X16 2
41 Pin 1
42 Inner plate 1
43 Outer plate 1
44 Cap screw M6x20 2
45 Key A4X12 1
46 “C” ring 9 1
47 Hand wheel ɸ 12x ɸ160 1
48 Hand wheel washer 1
49 Screw M5x12 1
50 Locking handle 1
51 V-belt (L=670) 1
50
Extension Table Assembly
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 Support plate 2
02 Knob bolt 2
03 Flat washer 6 2
04 Sliding block 2
05 Hex screw M6x16 8
06 Flat washer 6 8
07 Sliding staff 1
08 Cover 2
09 Cap screw ST4X10 4
10 Cap screw M6x25 2
11 Flat screw 6 2
12 Rubber ring 2
13 Inner sleeve 2
14 Arm 1
15 Adjusting centre Bolt 1
16 Bearing 6001 1
17 Flat washer 6 2
18 Hex nut M6 1
19 Cap screw M6x20 4
20 Flat washer 6 8
21 Extension table (total) 1
22 Combined scale (total) 1
23 Fence 1
24 Knob bolt 1
25 Washer 6 1
26 Sliding block 1
51
Exploded Diagrams/Lists
Rip-Fence Assembly
NO DESCRIPTION QTY
1 Sliding Plank 1
2 M6 Screw 2
3 M6 Nut 2
4 Washer 2
5 Horizontal Staff 1
6 Horizontal Staff Cap 2
7 M4X10 Screw 4
8 Plate 1
9 M5X12 Screw 4
10 Flat washer 4
11 Pointer Block 1
12 M5X8 Screw 2
13 Fixed Plate 1
14 M6X12 Screw 4
15 M6 Nut 2
16 Strip Plate 1
17 Fixing Seat 1
18 Photo scope 1
19 Spring Collar 1
20 Locking Plate 1
21 M4X8 Screw 1
22 Handle 1
23 Nut 1
24 Locking Block 1
25 Shaft 1
26 Fine adjusting
Handle
27 M6X8 Screw 1
28 Spring 1
29 Fine adjusting
Screw
30 Eccentric Bushing 1
31 Fine adjusting
Support
32 M6X8 Screw 1
33 M5X12 Screw 2
34 Flat Washer 2
52
35 M5 Square Nut 2
36 Gear 1
37 Collar 1
38 M6X10 Screw 1
39 Washer 1
40 End Cap 2
41 M4X10 Screw 4
1
1
1
42 Slide Fence 1
43 Scale 1
44 Rack 2
45 M5X8 Screw 6
46 Tooth Washer 6
47 M5 Square Nut 6
48 End Cap 2
49 M4X10 Screw 4
50 M8X35 Screw 2
51 Washer 2
52 M8 Nut 2
Work Clamp Assembly
Exploded Diagrams/Lists
NO DESCRIPTION QTY
01 Knob bolt 1
02 Horizontal bar 1
03 Clamp sleeve 1
04 Knob (M8) 1
05 Cap screw M5X12 2
06 Washer 6 2
07 Nut M5 2
08 Scale 1
09 Knob screw M6X8 1
10 Washer 6 1
11 Angle scale 1
12 Angle scale seat 1
13 Guide plate 1
14 Screw M6X14 1
15 Cap screw M6X12 2
16 Washer 6 2
17 Nut M6 2
18 Guide plate 1
19 Front location block 1
20 Back location block 1
21 Phillips screw M6X12 2
22 Hex nut M6 2
23 Hex bolt M6X30 1
24 Knob (M6) 1
25 Saw scale 1
26 Vice scale pole 1
27 Angle scale axle 1
28 Clamp block 1
53
Wiring Diagram
54
Cutter Block Accessories
Axcaliber Euro Cutter Head
Two sizes of limiter cutter block, 78mm and 100mm,
both with 30mm bores, which designed to accept
the range of Euro cutters and limiters shown within
this section. The 78mm block is designed for use
with the 40 x 4mm Euro and Whitehill cutters,
whereas the 100mm block will accept both 40 x
4mm and 50 x 4mm Euro cutters plus the 40 x 4mm
and 55 x 4mm Whitehill cutters. For those who are
unfamiliar with spindle moulder tooling, limiters
are a safety device designed to limit the amount
of cut taken by the cutters on each rotation of the
block. They take the form of a dummy cutter with
the profile cut slightly below the cutter profile and
with the sharp edges removed. They fit into the
slots in the block in front of the main cutters and
are secured by the same wedge as the cutters. The
blocks are supplied with a pair of rebate knives and
limiters. The 100mm block is aluminium and the
78mm block is steel.
Code
Euro Cutter Head - 78mm dia, 30mm bore 693078
Euro Cutter Head - 100mm dia, 30mm bore 693100
Axcaliber Shear Cutting
Rebate Cutter Head
These cutter heads have been designed for:
rebating from top and from bottom, jointing
and grooving in your spindle moulder machines,
double-end tenoner and edging machines. Perfect
in many materials, but a better result is achieved
using chipboard and MDF, wood composites, plastic
materials and laminates. Improved design with
shear angle. Cutting diameter 100mm, bore size
30mm.
Code
100mm Rebatting Cutter Head 501284
Axcaliber 45deg
Chamfer Cutter Head
Axcaliber 45deg
Lock Mitre Cutter Head
Euro lock mitre cutter head bits are ideal for milling
mitre joints in max 29mm stock. The quick and
easy way to accurately create boxes, stretcher bars,
frames and any assortment of right angle or parallel
joint projects. To produce perfectly fitting 45°
mitre joints in two steps: first with the workpiece in
horizontal position and then with the workpiece in
vertical position. To mill sturdy parallel glue joints
in two steps: first with the workpiece in horizontal
position with the inside face-down and then with
the inside face-up. Cutting diameter 140mm, bore
size 30mm.
Code
45° Lock Mitre Cutter Head 702467
Axcaliber Three Piece Adjustable
Grooving Set
Axcaliber 2 Knife Rebate Block
This cutter head is designed to accurately cut
rebates either from the top or bottom of the block.
It has two vertical knives and four shear blades
with four edges per blade. Also very useful for edge
planing boards, battens and mouldings. Maximum
rebate depth 20mm. Suitable for manual feed
(MAN). Cutting diameter 100mm, height 30mm,
bore 30mm.
Code
Axcaliber 2 Knife Rebate Block 501124
Chamfer cutter heads cut clean, accurate bevels,
chamfers and joints that are great for edge work.
Cutting diameter 150mm, bore size 30mm.
Code
45° Chamfer Cutter Head 702477
55
These cutter heads are the ideal tools to create
precision slots and grooves in materials from 4 to
15mm in depth by using the three piece adjustable
grooving set. This set includes: 2 x cutter heads type
(A) Z4 + V4, 1 x cutter head type (B) Z2, 11 x spacer
rings from 0.1 to 2mm. Cutting diameter 140mm,
bore size 30mm.
Code
Three Piece Adjustable Grooving Set 702478
See our full range of accessories at: axminster.co.uk
The Axminster guarantee is available on
Craft, Trade, Engineer, Air Tools & CNC Technology Series machines
Buy with confidence from Axminster!
So sure are we of the quality, we cover all parts and labour free of charge for three years!
For more information visit axminster.co.uk/3years
The packaging is suitable for recycling.
Please dispose of it in a responsible manner.
EU Countries Only
Do not dispose of electric tools together with household waste material.
By law they must be collected and recycled separately.
Axminster Tools & Machinery Ltd
Axminster Devon EX13 5PH
axminster.co.uk
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