Guething Knives The Shim Prybar
€239.00*
Oh NO - I am not in stock right now! 😞
Product number:
GK3
Guething Knives The Shim Prybar
- Titanium prybar with screwed inlay
- Made by Thomas Guething in Colorado
Dimensions:
Length: 8.8 cm
Width: 2 cm
Thickness: approx. 5mm
Length: 8.8 cm
Width: 2 cm
Thickness: approx. 5mm
Login
No reviews found. Share your insights with others.
Danger
Danger of swallowing!
Please keep out of the reach of children. Small parts such as screws could be swallowed.
But also adults: please do not swallow any screws. This will not turn you into a Terminator or RoboCop.
Information on the manufacturer (information obligations under the GPSR Product Safety Regulation)
Details of the responsible person (information obligations under the GPSR Product Safety Regulation)
Altonaer Silber Werkstatt
Holstenstraße 188
22765 Hamburg, Deutschland
info@altonaer-silberwerkstatt.de
Skip product gallery
More Chit:
Guething Knives Micro Chit Titanium
€83.00
Finish:
Blasted and Rocked
Guething Knives Micro Chit TitaniumBead made of titanium grade 5Made by Thomas Guething in ColoradoSome people build model trains in their garage. C. Thomas Guething? He builds his own CNC machine - and programs it himself. Since 2019, he has been manufacturing sophisticated EDC gadgets in Colorado under the name Guething Knives that look like they come straight from the future.
What began as a fascination for knives quickly became a serious hobby - and eventually a small but fine one-man manufactory. Thomas designs everything digitally, loves precise lines, futuristic shapes - and above all hexagons. His best-known design is the Micro Chit - a small piece of titanium that is somewhere between a piece of jewelry, a hand flatterer and a statement object. Inspired by his love of geometric perfection, the Chit is more than just a bead: It is a stylish accessory for a key ring, zipper or lanyard that no EDC collection should be without.Dimensions:Width (edge to edge): 19 mmWidest point: 21 mmThickness: 5.8 mmSupplied with one O-ring.Place two O-rings in the middle of two chits as spacers and get an ultimate double chit.