GRINDING AND POLISHING MACHINES

As the exclusive BERGER distributor in France, we offer custom CNC grinding and polishing machines for the manufacture of blades, knives and surgical instruments.

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Grinding and polishing machines

To carry out the various polishing stages of spoons and forks, different models of the DWP series are arranged side by side in a complete production line

The double brush machine for CNC-controlled polishing of the PS-CNC series is equipped with a control system allowing programming and storage of all production parameters. Thanks to its very short changeover time, this machine is also used for small batches

  • Continuous control of brush rotation speed
  • Control of polishing paste distribution
  • Automatic brush wear compensation
  • Adaptive brush pressure

The automatic single brush machine of the EWP series processes the outer edges and inside of the spoon bowl

The DWP/2K type polishing machine polishes the edges of spoon bowls and cutlery handles in two stages:

  • Polishing of the sides, tip of the spoon bowl and transition, then the parts are transferred from the first fixing plate to the second via an inversion table
  • Polishing of the outer edges of the handle

This production line has been designed in a robust manner, with the objective of minimizing wear and thus maintaining maintenance costs as low as possible

  • Retractable arm for easy access to the machine during brush replacement
  • Polishing tool wear compensation during operation
  • Reduction of polishing wheel wear by 30% compared to traditional solutions

The Berger single brush polishing machine of the EB series is a machine for processing the ends of cutlery. Depending on its configuration, it can be used for primary or final polishing of spoons, forks and similar items


The BSM3000/P-CNC polishing station is designed for polishing and deburring of scalpel blades and similar products

  • Double-face polishing
  • Polishing finish adjustable through high-pressure polishing paste nozzles
  • Consistent polishing result obtained through an intelligent pressure control system of polishing tools and maintaining constant motor power
  • Main motor 1kW
  • Variable frequency drive 1.5kW
  • Peripheral speed: 6–14 m/s
  • Motorized angle adjustment 2° to 35°
  • Maximum strip height: 50 mm (alternative: 100 mm)
  • Polishing wheel: 175 mm

The machine is equipped with a control system allowing for programming and storage of all production parameters. Thanks to its very short changeover time, this machine is also used for small batches

  • Continuous control of brush rotation speed
  • Control of polishing paste distribution
  • Automatic brush wear compensation
  • Adaptive brush pressure

The automatic single brush machine of the EWP series processes the outer edges and inside of hollow parts

Robotic cell with two stations for polishing artificial hip joints and similar parts

  • Robotic station either integrated into your production line or installed as a separate island
  • Integration of a measurement system to compensate for the actual position and dimensional tolerances of the part

Wide variety of configurable tools (backstands, grinding wheels, polishing discs, etc…)


The double brush machine for CNC-controlled polishing of the PS-CNC series is equipped with a control system allowing programming and storage of all production parameters. Thanks to its very short changeover time, this machine is also used for small batches

  • Continuous control of brush rotation speed
  • Control of polishing paste distribution
  • Automatic brush wear compensation
  • Adaptive brush pressure

The DWP/2S type double brush machine is designed to polish one-piece knife blades, assembled knives and knife blades before being mounted in the handles

The DWP/2M type double brush machine is designed to polish handles of one-piece knives, assembled knives and hollow handles

This production line has been designed in a robust manner, with the objective of minimizing wear and thus maintaining maintenance costs as low as possible

  • Retractable arm for easy access to the machine during brush replacement
  • Polishing tool wear compensation during operation
  • Reduction of polishing wheel wear by 30% compared to traditional solutions

The two-axis CNC-controlled polishing machine of the PC-CNC series is designed to perform primary and final polishing of knife blades up to 650 mm long

The polishing machine is designed to sharpen and polish the edge of circular blades

Robotic cell with three polishing stations to polish knife handles and similar partss.

Three-axis CNC machine for buffing of blades after grinding (sharpening)


The BSM500/HK-CNC station is specially designed for grinding and polishing of hooked blades

Robotic cell with four grinding belts, a polishing station, a laser measurement system and a chain magazine for machining of wood chisels and similar parts

The polishing machine is designed to sharpen and polish the edge of circular blades


The polishing machine is designed to sharpen and polish the edge of circular blades

The BSM3000/P-CNC polishing station is designed for polishing and deburring of scalpel blades, pencil sharpeners, doctor blades and similar products

  • Double-face polishing
  • Polishing finish adjustable through high-pressure polishing paste nozzles
  • Consistent polishing result obtained through an intelligent pressure control system of polishing tools and maintaining constant motor power
  • Main motor 1kW
  • Variable frequency drive 1.5kW
  • Peripheral speed: 6–14 m/s
  • Motorized angle adjustment 2° to 35°
  • Maximum strip height: 50 mm (alternative: 100 mm)
  • Polishing wheel: 175 mm

The DUO processing unit operates with 6 cutting tools

  • Strip width: max. 2,000 mm
  • Strip thickness: 0.1–8 mm
  • Profiles: various types of profiles
  • Speed: up to 300 m/min
  • Machine dimensions: 700 mm × 1.360 mm
  • Material: any type of machinable material
  • Automatic opening
  • Hydraulic and pneumatic supports
  • Tool coolant and lubrication system

The DUO processing unit operates with 9 cutting tools for producing complex profiles

  • Strip width: max. 2,000 mm
  • Strip thickness: 0.1–8 mm
  • Profiles: various types of profiles
  • Speed: up to 300 m/min
  • Dimensions machine: 700 mm × 1.900 mm
  • Material: any type of machinable material
  • Automatic opening
  • Hydraulic and pneumatic supports
  • Tool coolant and lubrication system

One of the of Julius's modular range, the 12 tools of the QUATTRO series allow you to manufacture any profile:

  • Strip width: max. 2,000 mm
  • Épaississeur de feuillard :  0.1–8 mm
  • Profiles: various types of profiles
  • Speed: up to 300 m/min
  • Dimensions machine: 700 mm × 2.500 mm
  • Material: any type of machinable material
  • Automatic opening
  • Hydraulic and pneumatic supports
  • Tool coolant and lubrication system

One of the of Julius's modular range, the 15 tools of the QUINTO series allow you to manufacture any profile:

  • Strip width: max. 2,000 mm
  • Strip thickness: 0.1–8 mm
  • Profiles: various types of profiles
  • Speed: up to 300 m/min
  • Dimensions machine: 700 mm × 2.500 mm
  • Material: any type of machinable material
  • Automatic opening
  • Hydraulic and pneumatic supports
  • Tool coolant and lubrication system

Machine designed and developed for maximum material removal per tool. This model allows complex profiles on wide bevels to be machined on large sections and hard materials

All this range of modular machines can be supplied individually to be integrated into your existing production line or supplied as a complete line


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The quality of the edges of a simply slit strip does not allow obtaining a quality finished product. More than 70% of the surface of these edges is damaged and creates problems in terms of edge roughness, straightness, angle or even structure

Strip edge optimization is a fundamental requirement to benefit from all the advantages of modern welding methods

After the strip edge preparation steps by metal removal, these are straight, continuously clean and comply with dimensions within expected tolerances. Any coating is removed and the V-shape can be made at any angle. All these characteristics have the advantage of:

  • Reduction of stress
  • Increased welding speed
  • Less distortion
  • Less work on the weld (inside and outside)
  • Reduced scrap
  • Reduction in width tolerances: material weight savings
  • More homogeneous weld structure
  • Better weld quality
  • Better tube shape due to reduced compression stress

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