ROBUSO PROTON Mould making scissors 1253/4/S/7", curved + cranked
gross/net prices
Product number:
1253421185
Product information "ROBUSO PROTON Mould making scissors 1253/4/S/7", curved + cranked "
With much love and care, our scissors are masterfully straightened, ground and assembled by our highly qualified grinders and nailers.
For easy and precise work with our special developments, a fine micro-serration is applied to one of the two cutting edges of the scissors. It fixes the fibres of the material during the cut and enables an even and precise cut.
Our customers also appreciate the light and smooth action of the scissors, which makes for a pleasant cutting experience.
We, from Solingen, attach great importance to quality and durability in the manufacture of our scissors.
Because of this, they are handmade from C60 carbon steel (not stainless). With our 100 years of experience in manufacturing, our scissors stand for an exceptionally long service life and durability.
Our ROBUSO Proton 1253/S/7" has been in use unchanged for many years, due to its good leverage and unusually high cutting force right up to the tip. The mould making shears also impress with their curved blades and cranked handles.
The ROBUSO Proton scissors for technical textiles are popular with our customers because the black coating ensures effective protection against abrasive wear. It creates a super hard surface in the area of the cutting edges.
Because of the coating, the scissors can be easily cleaned with solvent.
They have been specially developed to enable our customers to use their tools for longer without having to regrind them, as the service life is approx. 2-3 times longer than for scissors without a special coating.
The shears are particularly well suited for cutting aramid, dyneema, carbon fibre and glass fibre.
Technical data:
- Total length 18.5 cm - 7" inch (cutting length: 6.5 cm)
- Weight 111 g
- Material: C60 carbon steel with a hardness of approx. 59-60 HRC
- Surface: ROBUSO Proton coating
- one cutting edge microserrated
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