Blu-Tek tweezers were designed for industrial and laboratory use. The attractive blue finish is a result of a
Titanium Nitride PVD coating method, giving the tweezers the strength, durability, and scratch & corrosion
resistance of titanium. These coatings can reduce friction and provide a barrier against damage. The
applications for these coatings are ever expanding. Aerospace, automotive, defense, manufacturing and
more where long lasting durability is crucial. Blu-Tek tweezers feature precise tips designed to remain aligned
throughout the life of the tweezers.
™
Laboratory and Microscopy
ARTIS
Reimagining the Tweezer
Laboratory and Microscopy
Accu-Tek
Premium Titanium Tweezers
Precision Assembly
Titanium Technik
High Precision Tweezer
Precision Assembly
- Presses grip lines adds comfort and ease of use
- Scratch and corrosion resistant
Aven’s cutting edge design features a angled bend at the end of the tip, providing a softer overall grip with a
large surface area that reduces hand fatigue, enhancing productivity. The durable tweezers are protected by
an attractive ESD safe coating, and the highly polished stainless steel tips with rounded edges allow
operators to handle very fine wire, miniature parts, electrical components, and other delicate materials
- Exclusive patent-pending design reduces hand fatigue
- Highly polished stainless steel tips with rounded edges
Swiss-Made premium titanium tweezers. These titanium tweezers have been found to be excellent for use in
the silicon chip industry because titanium tweezers do not shed particles like the stainless steel tweezers.
Anytime an abrasive substance is handled and microscopic particles are a detriment, it may be best to
choose titanium. Since titanium is non-magnetic, these tweezers are extremely useful when handling
magnetic materials or when working in a magnetic field. Titanium is a light weight, high strength material.
- Lightweight (high strength to weight ratio)
- Zero magnetic retentively
- Temperature resistant to 800°C/1600°F
Titanium tweezers have been found to be excellent for use in the silicon chip industry, as titanium tweezers
do not shed particles like the stainless steel tweezers. Anytime an abrasive substance is handled and
microscopic particles are a detriment, it may be best to choose titanium. Since titanium is non-magnetic,
these tweezers are extremely useful when handling magnetic materials or when working in a magnetic
field. Titanium is both light weight and high strength material.
- Lightweight (high strength to weight ratio)
- Zero magnetic retentively
- Temperature resistant to 800°C/1600°F
- Precise tip alignment
- Protective ESD Safe coating
- Anti-magnetic & anti-acid
- Chemical and corrosion resistant
- Solder non-adherent
- Chemical and corrosion resistant
- Solder non-adherent
Technik
High Precision Tweezer
Laboratory and Microscopy
E-Z Pik
Industrial Tweezer
Precision Assembly
Finely crafted tweezers. Anti-glare finish to reduce eye strain. Hand finished points for accuracy.
Recommended for micro electronics and precision assembly. Available in stainless steel and carbon steel.
E-Z Pik tweezers feature a highly durable special coating for high visibility and easy identification. Operators
can quickly identify the tweezers they need for their particular operation and engineers can easily specify
tweezers to be used for a particular process by identifying the color, rather than the pattern of tweezers.
- Color coated for easy identification
- Straight strong precise tips
- Anti-magnetic
- Anti-acid
- 304 Stainless steel
Tools for
Advancing
Innovation
AVEN
®
Tweezer Material
Titanium
Titanium tweezers are excellent for use in the silicon chip industry, as they do not shed
particles like the stainless steel. When it is determined that microscopic particles are a
detriment when handling abrasive parts we recommend using titanium tweezers. In
addition since titanium tweezers are 100% non magnetic, they are extremely useful when
working with magnetic materials or when working in a magnetic field. Titanium is
lightweight and a high strength material.
Carbofib
Fully ESD Safe (102 ohm) but at the same time, soft and non scratching. These conductive
synthetic fiber tips are ideally suited to handle delicate and fragile components when
extreme care and ESD safety are an absolute necessity. All tweezers are manually
finished and tested for maximum precision. Chemical resistant and heat resistant up to
256ºC.
™
Stainless Steel
Perfectly balanced for a superior feel. Light weight with soft tension with accurately
finished points. Recommended for work under high power magnification aerospace and
micro electronics and in applications where high precision is required. Stainless steel does
show some magnetism.
Stainless Steel W/ Titanium Nitride PVD Infusion
The attractive blue finish is a result of a Titanium Nitride PVD coating method, giving the
tweezers the strength, durability, and scratch & corrosion resistance of titanium. These
coatings can reduce friction and provide a barrier against damage. The applications for
these coatings are ever expanding. Aerospace, automotive, defense, manufacturing and
more where long lasting durability is crucial.
MaterialTip HardnessMagnetismCorrosion Resistance
Titanium Excellent NeverExcellent
Carbon SteelExcellent YesLow
Stainless Steel Very GoodSomeGood
Stainless Steel, Anti-Magnetic, Anti-AcidGoodNone to Very Little Excellent, Resists Acids
Carbon Composite SoftNoneNon-corrosive
Titanium Nitride PVD CoatingVery GoodNone to Very Little Excellent
aventools.com
Tools for
Advancing
Innovation
AVEN
®
Image PatternDescription
AAFor general assembly, very strong and precise tips with fine finish
ACSturdy tips for bending and handling very fine wire. Includes finer grips
MMGeneral Purpose Tweezer
0 0Flat edges, heavy duty strong blades tapering to a regular strong point
00CFlat edges, strong blades tapering to a regular strong point.
00DFlat edges, strong blades tapering to a regular strong point. Finger grips.
™
0Fine Str
0AStraight Points with radius edges. Designed for dense areas
0CFlat Edges, fine tips and short
SSExtra long and narrow with extended reach to access confined areas.
1General Use, Strong Blade with Fine Point
2Tapered sharp point for bending and handling of small wire and parts
2AStraight Flat Tips. Provides large flat gripping surface.
2ABCur
3Fine point tweezers for general assembly or light magnification applications.
3CBFine point with bent tips
3FFine point. Tips touch over 3mm for holding tiny wires
35AWafer handling tweezers
36Angled broad tip with large paddle style tips
aight Points for handling and positioning of miniature parts or fine wire
ved Flat Tips. Best Flat tips. Tips provide large flat gripping surface.
4Blades taper sharply from body to a fine rounded point. For extra fine work
5Blades taper sharply
5AOblique fine points for greater visibility
5BSuper micro high precision bent tips provide maximum visibility.
6Angled Fine Tips for access to tight areas
65ALong fine curved tips
66Long double bent tips
7Curved super fine points for assembly work
7BSerrated surved super fine points
15AWGCutting tweezers. Used for fine wire or hairsprings
3CFine point tweezers. Slightly shorter
from body to a super fine point. For extra fine work