DESCRIPTION
The manual edge homing device can be used to put the final finish on the cutting bevels of paper knives and veneer blades. The honing action is performed by 4 rotating Arkansas stones (a natural material). The device is equipped with a scale for setting the correct angle with respect to the bevel angle.
Ideal for honing veneer and paper knives, it guarantees:
DESCRIPTION
The SBO automatically removes burs from the cutting edges of industrial blades, it is particularly recommended for paper blades and veneer blades.
Main features:
DESCRIPTION
The hydraulic RDM blade straightening machine is designed and manufactured to straighten steel blades with or without a tungsten carbide cutting-edge, shearing or guillotine blades, and knives generally used in the paper industry.
Main features:


DESCRIPTION
The fixed open-field magnetic chuck is suitable for affixing hard-metal inserts used in woodworking industries, and thereby holding them firmly during the re-grinding process. The inserts are positioned on top of the magnets, which have an extremely high magnetic force. It is suitable also for smaller work-pieces. It can be used on most straight knife grinding machines, and can be fixed on either a standard magnetic chuck or a mechanical table.
The magnetic chuck can be:
This tool is available in sizes:

DESCRIPTION
Resting and clamping bench for linear blades featuring 3 vice clamps that guarantee excellent linearity during manual deburring and honing either using manual edge honing device or natural stones. It comprises a base, two base feet, and a shelf for storing materials and tools.


DESCRIPTION
Mechanical clamping tool for re-grinding disposable blades.
Each clamping tool is built to a high precision to re-grind each specific type of blade at the correct bevel angle:
The clamping tools are precisely machined to the exact form of the blade type – together with the special locking system, means they are easy to affix and remove from the grinding machine.
The parallelism between the blade centring and the cutting edge is 0.02 mm/m.