Keyence CV-X Reference Manua

360° multi-surface

Image Dimension

Measurement System

IM-8000Series

measurement

Triple the Detection Performance

INSTANT MEASUREMENT

NEW

Perform a Complete Set of Measurements With Just One Touch of a Button

Topic 1

Exceptional Edge

Detection Capability

20-megapixel CMOS, threetimes

more than conventional systems

2

New algorithm forstable

edgedetection

Topic 2

Simultaneous Measurement of

All Surfaces

Retention of

horizontalorientation

360° multi-surface measurement

with a rotary unit

3

Image Dimension

Measurement System

IM-8000Series

4

IM-8000 Series Automation
Substantially Reduces
Measurement Time

Simultaneous Measurements Performed in Seconds

Measurements on up to 300 dimensions can be completed in seconds, greatly
reducing the resources spent on measurement work.

Intuitive Interface That Anyone Can Use

Now, any operator can take accurate measurements; Simply press the
‘Measure’ button to measure all the specified dimensions.

Measure Small, Large, and Three-dimensional Parts

The rotary unit coupled with advanced detection capability supports a wide range of
shapes. Three-dimensional parts can be precisely measured.

5

Before

Conventional Measurement Tools

SLOW



Adjusting complex xtures for part placement and datum setup is time

consuming



Increasing the number of parts or measurement points can mean an

exponential increase in required time



Data management and creating inspection reports can be tedious

INCONSISTENT



Differences in the way the tool is used can result in inconsistent values



Changes in focus by different operators result in inconsistent values



Measurements rely heavily on operator judgement and experience

COMPLICATED



Learning how to operate the measuring instrument takes time



Dimensions requiring virtual lines or points add a layer of complexity



Measurements can only be performed by trained operators

6

After

The IM-8000Series Solves These Problems

FAST



No time consuming positioning work or datum setup required



Measure up to 300 dimensions on up to 100 parts with the push of a button



Automatically saves measurement data and creates inspection reports

CONSISTENT



Automatically identies measurement points, ensuring that the same

measurement results are obtained each time



Automated focus adjustment prevents inconsistent values



The simple place-and-press operation means consistent measurement

results regardless of the operator

EASY



Easily set up measurements with just a few clicks



Setting up virtual lines and points is just as simple



No measurement expertise is required to measure parts

7

Faster, Easier, and More Accurate Dimensional Measurement

FAST

Step 1

Place

Measurement Performed in Seconds

Step 2

Press

8

NEW

Dimensional Measurement in as Little as One Second

A new function enables instant measurement just by placing the

parts on the stage. This feature greatly reduces production

costs when the number of measurements is large.

Parts placed on the stage are measured instantaneously.

1

second

Simultaneous Measurements on Multiple Parts

By preparing a program file with measurement points and conditions, up to 300 dimensions per part and up to 100 parts can be

measured simultaneously. This function saves time and effort even with many parts and measurement points.

Drawing Measurement result

Find Program Files Quickly

Just place the QR code printed on an inspection report on the stage to read the

program file. This function ensures the correct file selection even when there are

many file types.

9

Faster, Easier, and More Accurate Dimensional Measurement

CONSISTENT

Eliminate Operator Error

Before After

Positioning errors

Focus errors

Skill level errors

No positioning required

Automated focus adjustment

Consistent results regardless of
operator

10

Automated Focus Adjustments

The IM- 8000 is equipped with a specifically designed optical lens with a large depth of field. It can automatically bring measurement

points into focus. This is useful for parts with uneven surfaces, where all of the measurement areas cannot be brought into focus at the

same time.

Parts with large height differences

Only the upper edges are in focus. Only the lower edges are in focus.

The focus is automatically adjusted
for measurement

Automatic Edge Detection

Sub-pixel processing

By splitting each pixel into 100 or more sub-pixels, the IM-8000 is able to provide a wide field of view while maintaining its high-

precision measurement capability.

One pixel of the light
receiving element

Without sub-pixel processing With sub-pixel processing

Shape processing

Lines and circles are detected using least square fitting of 100 or more* detection points.

* There may be less than 100 points depending on the shape.

Automatic identification of burrs and chips

Burrs and chips found in the detection area are automatically recognised and removed from the fitting

process as abnormal locations. It is also possible to set the system to interrupt measurement when

burrs or chips are found that are larger than a particular threshold.

11

Faster, Easier, and More Accurate Dimensional Measurement

Easily Set up Measurements

EASY

with the Click of a Mouse

Step 1

Step 2

Click the measurement area

Select tools

12

Intuitive Menus and Built-in Procedures Manual

The programming procedure is very intuitive. While viewing a part, simply select what points, lines, circles, virtual lines, and other

features to measure. Animations showing the operation methods and a procedures manual showing operation flow are provided for

each menu. These on-screen procedures let anyone configure program settings with confidence.

NEW

Automated Diagnostic Function

This new function diagnoses the stability of each measurement point during programming, displaying variations in measured items in

a way that is easy to understand. This makes it easier and faster to create program settings.

Errors can be detected before measurement.

Automatic Measurement Function

The automatic measurement function enables measurement of a single part or a small quantity of mixed parts with no setup.

This function can automatically detect measurement points on parts up to 300 × 200 mm, even if the parts have not been measured

before.

13

Faster, Easier, and More Accurate Dimensional Measurement

EASY

Automatic Inspection Reports

14

Automatically Calculate Cp and Cpk

The system automatically calculates and displays key statistical

values for each measurement item including OKs, NGs, maximum

point, minimum point, average, (σ, 3σ, 6σ) Cp, Cpk, and others.

Information such as the lot number and measurement date and

time is also saved automatically, making it easy to search for

measurement results.

Immediate Feedback on Trends and Variations

Built-in trend graph and histogram functions allow for verification of

trends and variations such as those detailed below in each

measured item using graphs.



Measured values are gradually decreasing



Variation has increased



Measured values are fluctuating in a cyclical manner

Complete Inspection Reports in Seconds

Inspection and statistical reports can be created with the click of

a button. There is no need to transfer data or manually enter it into

a PC. Measurement results can easily be transferred via a USB

device or a LAN connection and imported into spreadsheet

software on a PC for analysis.

Profiles Are Also Automatically Aggregated

Records not only the measurement results, but also the

profiles of measured parts. This allows for changes in

appearance to be visualised in a way that cannot be achieved

using numeric values alone.

15

16

Advanced Technologies for

CompleteMeasurements

Large Diameter Telecentric Lenses

No extreme focus adjustment or
positioning required

NEW

Ultra-high-denition CMOS

20-megapixel CMOS and new edge detection algorithm
for three times the detection performance

Light Probe Unit

A light probe that can measure
features at specific heights

NEW

360° Rotary Unit

Simultaneous measurement of all
surfaces of a 3D part

Programmable Ring­illumination Unit

Accurately extracts edges with
optimal lighting conditions

Contact Height
Measurement Unit

Simultaneous Z-direction
measurement

Large High-speed/
High-precision Stage

Measurement area of up to
300×200mm

17

Advanced Technologies for Complete Measurements

Large Diameter Telecentric Lenses

No Difficult Focus Adjustment or Positioning Required

18

Clear Focus Regardless of Height Differences

The IM- 8000 is equipped with a specially designed lens with a

large depth of field. This ensures accurate measurements

despite height differences on the part.

Zoom lens

Apparent Feature Size Not Affected by Height Differences

The IM- 8000 is equipped with a telecentric optical system, which

means that the image is not affected by the height differences of

the part. Allowing it to perform accurate measurements of parts

with uneven surfaces.

Zoom lens

IM-8000

IM-8000

Reduced Distortion Throughout the Entire Field of View

The IM- 8000 is equipped with a low distortion lens designed to

not only minimise distortion near the centre but also at the outer

reaches of the field of view, so parts can be measured accurately

regardless of their location on the stage.

Zoom lens

IM-8000

19

Advanced Technologies for Complete Measurements

Ultra-high-definition CMOS

20-megapixel CMOS and New Edge Detection
Algorithm for Three Times theDetection Performance

Before After

20

Ultra-high-definition 20-megapixel CMOS

This CMOS sensor provides the optimal lens resolution and has

three times the number of pixels of a conventional system,

visualising minute edges that were difficult to see until now.

Ultra-high-definition 20-megapixel CMOS sensor

Dual Camera Simultaneous Measurement Optical System

With a single setting, it is possible to switch between the 100mm diameter wide-field camera and the 25mm square high-precision

camera. The former can be used to capture the outer dimensions and overall shape of the part quickly, and the latter can be used to

measure microscopic shapes and points requiring high precision, reducing measurement time and improving precision.

Image captured with the wide-field camera Using the high -precision camera

only where necessary

Powerful Edge Detection Engine

This new engine can stably detect edges with weak light/dark

contrast. KEYENCE’s newly developed algorithm identifies edges

from the surrounding edge information, enabling measurement

with higher precision.

Zoomed image captured with
the high-precision camera

21

Advanced Technologies for Complete Measurements

Large High-speed/High-precision Stage

Measurement Area of up to 300×200mm

22

300×200mm Field of View, Twice the Measurement Speed

Parts up to 300×200mm across and up to 85mm high can be

measured. The new design minimises the resistance between the

motor and the feed screw, narrowing the movement pitch and

200mm

allowing for stable measurement at high speed without having to

fix parts in place.

85mm

300mm

Automatic Search for Parts

The IM- 8000 searches for and measures parts anywhere on the stage. There is no need to place parts directly under the lens. The

high-speed motion of the stage over a wide area ensures that the part will be found and measured.

Drive System Enabling High Precision

By utilising precision cross-roller bearings, we are able to offer high accuracy while maintaining increased durability. This eliminates

errors due to stage movement.

Rotational force is applied

Stage movement Stage movement

Without adjustment IM-8000

Field of view

Measured dimension

Actual dimension

A high-precision linear scale designed specifically for the IM-8000

allows the stage movement to be tracked in micron increments.

This makes it possible to perform accurate measurements, even

on large parts.

Extremely straight

Field of view

Mismatche s betwee n
actual and measured
dimensions are rare

23

Advanced Technologies for Complete Measurements

Programmable Ring-illumination Unit

Accurately Extract Edges with Optimal Lighting Conditions

24

Multiple Illumination Units in One

The programmable ring-illumination unit integrates multiple ring illumination functions into a single unit. This allows a wide variety of

features to be inspected without the need for lighting changeover, maximising efficiency.

Multi-angle Illumination, High

Light strikes all areas of the par t uniformly

Programmable Ring-illumination Unit Mechanism

Cross section image with multi-angle

illumination turned on

Multi-angle Illumination, Low

There is contrast between different height
elevations

Cross section image with slit ring

illumination turned on

Slit Ring Illumination

Contrast forms between the part and
the edge of its outer circumference

A wide area is illuminated. Placing the illumination unit at a
high positio n illuminates the target evenly in its entirety. The
lower the position, the greater the contrast in lighting due to
height differences.

Narrow bands of light are projected horizontally. Place the
illumination unit at the height of the edges to detect in order to
create clear contrast at the desired location.

Automatically Finds the Optimal Lighting Settings

It is often difficult to determine the correct lighting settings for a given feature. The optimal lighting search function simplifies this

process by showing you actual images using different lighting techniques so you can simply select the one you want. This means that

even first time users can feel confident in their ability to use the instrument.

Select the feature to optimise Select the settings fro m the

automatically captured results

Measurements can be per formed
easily with the optimal set tings

25

Advanced Technologies for Complete Measurements

Light Probe Unit

A Light Probe That Can Measure Features
at Specific Heights

26

Accurately Measure Dimensions that were Previously
Impossible with Vision Systems

The newly developed light probe unit allows for easy and accurate measurement even on parts with deep-set shapes, rounded

corners, and other shapes and processing states that made them difficult to detect for conventional systems using images.

New Technology Accurately Measures Sides not Visible to the Camera

1. A glowing sphere is brought into contact with the desired point on the part

2. A camera is used to recognise the motion of the probe and measure the distance

The part is moved to the desired point.

As viewed from above

The camera detects the contact of the light part

As viewed from above

Extremely Low Force Measurement of Small and Lightweight Parts

Conventional contact-type measurement systems use a strong measuring force that can cause misalignment due to the pressure

applied to small and lightweight parts. The light probe unit uses an extremely low measuring force of 0.015N to accurately take

measurements without the hassle or cost of fixturing parts. This also eliminates the concerns about deformation when soft parts are

measured.

Light probeConventional probe

Pressure moves the part Since measuring pressure is extremely low,

detection is possible without affecting the part

Extremely low measuring
pressure

0.015N

27

Advanced Technologies for Complete Measurements

360° Rotary Unit IM-RU1

Simultaneous Measurement of All
Surfaces of a Three-dimensional Part

360°

28

Easy Part Attachment

Two types of chucks are provided, making it easy to attach parts of various

shapes; Whether they are round or square, large or small. This means that

no specialised jigs are required.

No need to prepare jigs for parts for which horizontal
orientation is difficult to maintain.

No Need to Manually Change the Part Orientation

Even for parts manufactured from multiple directions, all the surfaces in the rotation direction can be measured with a single

operation, eliminating the need to create multiple settings and reattaching the part.

0°

Rotated by 90° and measured0° position

Rotated by 180° and measured

Circularity and Run-out Measurements

Specialised machines were previously required for these measurements.

With the IM-80 00, the results are obtained not by tracing parts with a

probe but by scanning all the visible surfaces, enabling easier and more

accurate measurement.

180°90°

Measurement of multiple surfaces
with a single setting

29

Advanced Technologies for Complete Measurements

Contact Height Measurement Unit IM-8030T

Simultaneous Z-direction Measurement

30

Place and Press Height Measurement

This unit allows for height measurements such as thickness, height differences, and flatness. Centralised management of the

measurement results contributes to overall improvement in efficiency of measurement tasks.

each time

Display height measurement results Flatness can also be measuredThe probe detects and measures the same position

Stable Measurement without Operator Errors

By linking with the pattern search function, the system can automatically detect any pre-specified height/depth dimensions. The same

point is measured with the same force each time, so measurements are stable, with fewer errors than when work is performed by

operators.

Conventional: It is difficult and time consuming for an operator to use a
dial gauge, and errors can occur

Measurement range 0 to 75mm
Measuring force 0.3N
Measurement accuracy (XY) ±0.2mm*
Minimum display unit 1µm

Measurable area (XY)

Repeatability ±2µm*
Measurement accuracy ±7.5µm*

*1 Operating ambient temperature: +23°C±1°C.
*2 With a maximum measurement height of 30mm or less. ±3µm when maximum measurement height is between 30 and 75mm.
*3 Standard glass, with a maximum measurement height of 30mm or less. ±9.5µm when maximum measurement height is between 30 and 75mm.

Wide-eld measurement mode 145×95mm
High-precision measurement mode 107.5×95mm

Even narrow locations are detected and measured automatically

Height Measurement Unit

1

2

3

31

Network Functions and Software

CAD Import Module

The data required for measurements can be acquired from CAD drawing

data in DXF format. Even when a part is not on hand, it is still possible to

quickly create measurement program files.

* Measurement setup editor (IM-H3EE) is also required.

Optional: IM-H3C

DXF

Setting file

Measurement result

32

Measurement Setup Editor

A PC can be used to add or change measurement locations in a program file created by the IM-8000. Settings can be revised

even when away from the device, which makes it possible to correct settings and print measurement results remotely.

Optional: IM-H3EE

Data Transfer over
a LAN Connection

With a LAN connection, it is easy to transfer a

program file created on an IM-8000 system or a PC

to another IM-8000 system in a different location.

PC server

Data Transfer Software

Setting file

Optional: IM-H1T

IM-800 0 measurement results can be automatically transferred to specific cells in

spreadsheet software on a specified PC. Measurement data can be entered to

match predetermined inspection sheet formats.

PC software operating environment

Supported OS Windows 10 Home/Pro/Enterprise (64-bit version)

Required free space on hard disk 30GB or more

· Windows® is a trademark or registered trademark of Microsoft Corporation in the United States and other
countries.

· The formal name of Windows is Microsoft Windows

®

operating system.

33

Shop Floor Ready Performance and Reliability

Traceability System Diagram

The reference scales used for manufacturing, inspection, and

calibration conform to the reference scale of JCSS accredited

calibration laboratories to establish traceability back to the

national standard.

Calibration Certificate

Calibration certificates are issued after inspections and

calibrations are performed. Calibration certificates can also

be issued after inspections and calibrations are performed by

KEYENCE after product installation.

International standard

National Metrology Institute of Japan (NMIJ) of Nati onal Institute of Advanced

Industrial Science and Technology

JCSS accredited calibration laboratory

Reference scale

Secondary standard

Precision coordinate measuring instrument

Common standard

Reference scale

Measuring instrument to be calibrated

IM-8000 image dimension measurement system

Calibration certificates, traceability system diagrams,
and inspection reports issued

Adjustment Chart

You can adjust the IM-8000 by installing the specialised

scale, which is useful when changing its installation location.

A calibration certificate can also be issued for the specialised

scale, providing peace of mind for measurement

management.

34

Optional: OP-88552

Built-in Temperature Sensor

The case features a built-in temperature sensor, which allows the

IM-800 0 to be installed in any location. The system uses temperature

compensation to nullify the effects of the surrounding environment,

eliminating the need for air temperature management.

Highly Rigid Body

The highly rigid body enables this product to be reinstalled in a

different location due to layout changes, etc. The design was optimised

using topological and strength analysis, allowing for use in your

preferred location or where productivity improvements can be made.

Built-in temperature sensor

Space-saving Design

By reducing the size of the main unit and including an integrated

monitor, the installation space has been significantly reduced. This

greatly increases the number of places where this product can be

installed. Although compact, the larger monitor makes the screen

easier to view.

Optical

comparator

IM-8000

Small footprint

Measuring

microscope

35

After-sales Support System

Free Software Updates

Update your software to the latest version directly from KEYENCE's dedicated support website.

Direct Sales System Provides Quality Personalised Support

Our comprehensive after-sales support connects you directly to our technically trained sales engineers. You will get the personalised

support you need immediately without having to deal with sales companies or retailers. You can be confident knowing that when you

want to consult with us, we will be there.

Other manufacturers

Customer Retailer Sales company Manufacturer

KEYENCE

Direct Sales

Customer KEYENCE

36

Comprehensive Coverage Around the World &
Global Support System

United Kingdom

Ireland

Luxembourg

Spain

Belgium

France

Switzerland

Netherlands

Italy

Germany

Czech

Republic

Slovenia

Poland

Austria

Slovakia

Hungary

Romania

India

Malaysia

Thailand

Singapore

Indonesia

China

Vietnam

Korea

Taiwan

Philippines

Canada

U.S.A.

Mexico

International Direct Sales System

KEYENCE international sites are staffed by Japanese and local

technical personnel, ensuring that we can meet our customers’

needs. We support our customers by sharing information between

KEYENCE personnel located internationally and in Japan.

Support for Multiple Languages

In addition to the system’s control screen, manuals and other

documentation are also provided in a wide range of languages.

Your local staff can easily use KEYENCE’s products after they are

installed at international manufacturing locations.

Direct sales by manufacturer

Selection Installation

Consistent support by sales engineers

Supported languages

English

Italian

Spanish

Czech

German

Simplified Chinese

Thai

Polish

After-sales

support

Frenc h

Traditional Chinese

Korean

37

Application Examples

Lathe processed part Screw and bolt

Tool

Machined part Gear

Die cast part

38

Pressed part Spring

Extrusion moulded part

Injection moulded part Connector

Transparent part

39

IM-8000Series Application Examples

For a Variety of Inspection Needs

Inspections of Prototypes
and First Off-tool Parts

 Improvement of productivity through reductions in

launch periods

 Measurement that does not depend on the

inspector’s experience level

 Measurement based on traceability to international

standards

In-process Inspections of
Samples and Parts

 Improvement of equipment availability through

reductions in setup time

 Improvement of yield rates through better accuracy

in equipment adjustment

 Symptom management within processes

Pre-shipping Inspections

 Allows for shipping inspections with shortened

delivery schedules

 Reduction of the work required to create inspection

report tables

 Reduction of training time and labour costs

associated with inspectors

Incoming Inspections

 Can manage acceptance inspections for multiple

types with constant standards

 Reduction of the risk of defects even when the

quantity of inspections is increased

 Improved quality through measurement of previously

uninspected points

40

Six Advantages That Improve Work Efficiency

1

0

13

14

3

1. Reduction of Inspection Time 2. Reduction of Recording Time

3

sec.

Reductions in inspection time can improve

manufacturing efficiency and reduce cost.

3. Operators Other Than Inspectors

Can Also Perform Inspections

Reductions in the workload placed on the quality

department can also lead to improvements in

equipment availability.

Reductions in the work required to record

inspection data can lead to reductions in data

management cost.

4. Consistent Inspection Standards

Program

The use of consistent inspection standards

enables manufacturing with more stable

quality levels.

5. Increased Quantity of Inspections

1 2 3 4

Since it is easy to increase the quantity of

inspections, the risk of defects is decreased.

6. Increased Number of Dimensions

12

15

00

5

Since it is possible to measure uninspected

dimensions without increasing the workload,

this leads to improvements in quality.

11

1

8

9

7

6

3

4

2

41

System Configuration

IM-8000

Controller

IM-8005

ø100 mm stage

Model incorporating fixed
ring-illumination unit

Optional Accessories

Rotary Unit External Lighting

IM- RU1

Rotary unit

PC Software

IM-H3EE

IM measurem ent setup editor

Stage Glass

IM-DXW12NT

Coaxial illumination

IM-H3C

CAD impor t module

IM-8020

200mm square stage

Model incorporating
programmable ring- illumination/
light probe unit

Precision Fixturing Base

OP-87 761

Precision fixturing base
(forlongmeasurement targets)

IM -H1T

IM data transfer software

IM-8030

300×2 00mm square stage

Wide stage model incorporating
programmable ring- illumination/
light probe unit

OP-87501

Precision fixturing base

OP-86985*

Stage glass
for IM- 8005

IM-G33

Stage glass (pack of three)
for IM- 803 0

*1 One of these is included with the purchase of the IM- 8005. *2 One of these is included with the purchase of the IM-8020.
*3 One of these is included with the purchase of the IM-80 30. *4 One of these is included with the purchase of the IM-8 030T.

1

OP-86986

Sapphire glass
for IM- 8005

IM-SG3

Tempered stage glass
for IM- 803 0

OP- 88179 *

Stage glass
for IM- 802 0

2

OP-88185

Fixture sheet

IM-G23

Stage glass (pack of three)
for IM- 802 0

OP-8 82 14*

Stylus for
IM-8030T

4

IM-SG2

Tempered stage glass
for IM- 802 0

OP- 88 215

Flat stylus for
IM-8030T

OP-88239*

Stage glass
for IM- 803 0

OP-88552

IM adjustment
chart

3

Dimensions

IM-8005 head IM-8020 head IM-8000 controller

189

153 153

291

614

160

557 174

344

322

153 153

614

291 557

42

Specifications

Model

Image sensor 1" 20-megapixel monochrome CMOS
Display 12.1" LCD monitor (WXGA: 1280×800)
Receiver lens Double telecentric lens

Field of view

Minimum display unit 0.1μm

Repeatability

Image
measurement

Measurement
accuracy
(±2σ)

Outer diameter
measurement

Measurable area (XY) — 90×90mm 190×90mm
Maximum measurement depth — 30mm

Light probe
measurement

Light probe diameter — ø3mm
Measuring force — 0.015N
Repeatability — ±2µm*
Measurement accuracy — ±(8+0.02L)µm*

External remote input Non-voltage input (with and without contact)

External output OK/NG/FAIL/MEAS.

Interface

Record Hard disk drive 500GB

Environmental resistance

Illumination system

XY stage

Z stage Moving range 75mm (electric)

Power supply

Weight

*1 In the range of ø80mm, within the operating ambient temperature range of +23±1°C at the focal point position. *2 In the range of 180×180mm (4× R40), within the operating ambient temperature
range of +23±1°C at the focal point position, and with a load weighing 2kg or less on the stage. L is the amount of stage movement (in mm). *3 In the range of 280×180mm (4× R40), within the
operating ambient temperature range of +23±1°C at the focal point position, and with a load weighing 3kg or less on the stage. L is the amount of stage movement (in mm). *4 In the range of ø20mm,
within the operating ambient temperature range of +23±1°C at the focal point position. *5 In the range of 120×120mm, within the operating ambient temperature range of +23±1°C at the focal point
position, and with a load weighing 2kg or less on the stage. L is the amount of stage movement (in mm). *6 In the range of 220×120mm, within the operating ambient temperature range of +23±1°C
at the focal point position, and with a load weighing 3kg or less on the stage. L is the amount of stage movement (in mm). *7 When the detection system is standard. If the detection system is at a deep
position, ±3μm. *8 When the detection system is standard, within the operating ambient temperature range of +23±1°C, and with a load weighing 2kg or less on the stage. If the detection system is at
a deep position, ±(10+0.02L)μm with L as the measurement length (in mm). *9 When the detection system is standard, within the operating ambient temperature range of +23±1°C, and with a load
weighing 3kg or less on the stage. If the detection system is at a deep position, ±(10+0.02L)μm with L as the measurement length (in mm). *10 Within the range of L18mm×ø60mm. At the focal
point position, with the part positioned in the centre of the lens field of view, and with the shaft direction of the part facing the horizontal direction of the lens field of view. Within the operating ambient
temperature range of +23±1°C. D is the Y direction distance (in mm). *11 Within the range of L118mm×ø60mm. At the focal point position, with the part positioned in the centre of the lens field of
view, and with the shaft direction of the part facing the horizontal direction of the lens field of view. Within the operating ambient temperature range of +23±1°C. D is the Y direction distance (in mm).
*12 Within the range of L218mm×ø60mm. At the focal point position, with the part positioned in the centre of the lens field of view, and with the shaft direction of the part facing the horizontal direction
of the lens field of view. Within the operating ambient temperature range of +23±1°C. D is the Y direction distance (in mm). *13 Within the range of L6mm×ø20mm. At the focal point position, with the
part positioned in the centre of the lens field of view, and with the shaft direction of the part facing the horizontal direction of the lens field of view. Within the operating ambient temperature range of
+23±1°C. D is the Y direction distance (in mm). *14 Within the range of L106mm×ø20mm. At the focal point position, with the part positioned in the centre of the lens field of view, and with the shaft
direction of the part facing the horizontal direction of the lens field of view. Within the operating ambient temperature range of +23±1°C. D is the Y direction distance (in mm). *15 Within the range of
L206mm×ø20mm. At the focal point position, with the part positioned in the centre of the lens field of view, and with the shaft direction of the part facing the horizontal direction of the lens field of
view. Within the operating ambient temperature range of +23±1°C. D is the Y direction distance (in mm).

Controller IM-8000
Head IM-8005 IM-8020 IM-8030

Wide-eld measurement mode ø100mm

200×200mm (4× R50) 300×200mm (4× R50)

High-precision measurement mode 25×25mm 125×125mm 225×125mm

Wide-eld
measurement mode

High-precision
measurement mode

Wide-eld
measurement mode

High-precision
measurement mode

Measurement
accuracy

Without stage movement ±1μm
With stage movement — ±2μm
Without stage movement ±0.5μm
With stage movement — ±1.5μm
Without binding ±3.9μm*
With binding — ±(7+0.02L)µm*
Without binding ±2µm*
With binding — ±(4+0.02L)µm*
Wide-eld measurement mode ±(2.8+0.02D)µm*
High-precision measurement mode ±(1.4+0.04D)µm*

10

±(2.8+0.02D)µm*

13

±(1.4+0.04D)µm*

PhotoMos output

Rated load: 24VDC 0.5A

ON resistance: 50mΩ or lower

1

2

4

5

11

14

8

±(7+0.02L)µm*

±(4+0.02L)µm*
±(2.8+0.02D)µm*
±(1.4+0.04D)µm*

7

±(8+0.02L)µm*

3

6

9

LAN RJ-45 (10BASE-T/100BASE-TX/1000BASE-T)
USB3.1 4 ports (rear: 4)
USB 2.0 series A 4 ports (front: 2, rear: 2)
Monitor output DVI-D

Operating ambient temperature +10 to 35°C
Operating ambient humidity 20 to 80% RH (no condensation)
Pollution degree 2
Overvoltage category II
Transparent Telecentric transparent illumination
Ring

Four division ring illumination

—

Ring — Four division, multi-angle illumination (electric)
Ring — Slit ring (directivity) illumination (electric)
Moving range — 100×100mm (electric) 200×100mm (electric)
Withstand load 5kg 7.5kg

Power voltage 100 to 240VAC±10%, 50/60Hz
Power consumption 430VA or lower
Controller Approx. 8kg
Head Approx. 24kg Approx. 30kg Approx. 33kg

12

15

IM-8030 head IM-8030T head

153 153

238

291 557

614

210

194 153

238

291 557

614

210

Unit: mm

43

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www.keyence.com

SAFET Y INFORMATION

Please read the instruction manual carefully in
order to safely operate any KEYENCE product.

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IM8000-WW-C-GB 2032-4

WW1-2090

600Y82