Tweezers, Mini Replaceable Carbon Fiber .005" x .025" Tip, Straight
Hisco #:M-159G-RT-18168
MFG #:M-159G-RT
Item must be ordered in multiples of 1
The Excelta M-159G-RT is a straight, soft, replaceable tip, 4.45" long tweezer with a tip size of .005" x .025". These miniature straight soft replaceable tip tweezers have very high rigidity, excellent tensile and flexural strength, fatigue and creep resisistance, and temperature resistant to 249°F. Carbofib™ is a polymer based material with 30% carbon fibers added (conductive 10² ohms/sq). The bodies are made of anti-magnetic Neverust® stainless steel (AISI 316L). They are excellent for handling delicate items.
Excelta M-159G-RT Features:- Replaceable tips to extend tool life
- Made of stainless steel
- Handles delicate tasks
- Precision: 3 Star
- Surface Resistivity: 10² ohms/sq
- Shape: Straight
- Brand: Excelta
- Material: Carbon Fiber Tips
- Tip Size: .005" x .025" (.125mm x .625mm)
- Body Width: .393" (9.83mm)
- Body Height: .06 (1.5mm)
- Tip Angle: Straight
- Overall Length: 4.45" (111.25mm)
Product Description
The Excelta M-159G-RT is a straight, soft, replaceable tip, 4.45" long tweezer with a tip size of .005" x .025". These miniature straight soft replaceable tip tweezers have very high rigidity, excellent tensile and flexural strength, fatigue and creep resisistance, and temperature resistant to 249°F. Carbofib™ is a polymer based material with 30% carbon fibers added (conductive 10² ohms/sq). The bodies are made of anti-magnetic Neverust® stainless steel (AISI 316L). They are excellent for handling delicate items.
Excelta M-159G-RT Features:- Replaceable tips to extend tool life
- Made of stainless steel
- Handles delicate tasks
- Precision: 3 Star
- Surface Resistivity: 10² ohms/sq
- Shape: Straight
- Brand: Excelta
- Material: Carbon Fiber Tips
- Tip Size: .005" x .025" (.125mm x .625mm)
- Body Width: .393" (9.83mm)
- Body Height: .06 (1.5mm)
- Tip Angle: Straight
- Overall Length: 4.45" (111.25mm)
Technical Information
Additional Resources
Item must be ordered in multiples of 1