MKD
Mathias Kraushaar Dichtungstechnik
We have the solution,you need.
WATER-JET TECHNOLOGY
Advantages:
Cold cutting, in comparison to other cutting and stamping techniques, offers advantages which are intrinsic to the cold cutting process. Classical cutting technologies suffer from thermal effects and subsequent post-processing can be extremely complicated and demanding. On the other hand, water-jet cutting does not require deburring.
The water-jet cutting process with clean water can effortlessly cut any type of plastic materials, such as rubber, foam, laminated fabrics, laminated paper, leather, etc. up to a thickness of 20 mm and does not require re-tooling. The width of the kerf is 0.1 to 0.3 mm, at 4000 bar, depending on the nozzle used.
Materials:
Fields of application:
The following documentation should be provided to us for inquiries and order processing, if available:
CAD drawings in dwg- or dxf-formats
- no thermal effects
- cold cutting process
- no mechanical effects
- no chemical effects
- high edge quality
- cutting different materials with one tool
- efficient material utilization
- no micro-structural changes
- no harmfull vapors or gases
- no dust generation with could be harmful to health
Cold cutting, in comparison to other cutting and stamping techniques, offers advantages which are intrinsic to the cold cutting process. Classical cutting technologies suffer from thermal effects and subsequent post-processing can be extremely complicated and demanding. On the other hand, water-jet cutting does not require deburring.
The water-jet cutting process with clean water can effortlessly cut any type of plastic materials, such as rubber, foam, laminated fabrics, laminated paper, leather, etc. up to a thickness of 20 mm and does not require re-tooling. The width of the kerf is 0.1 to 0.3 mm, at 4000 bar, depending on the nozzle used.
Materials:
- Seal material (PU - rubber - plastic - laminated fabrics - laminated paper - wood - cardboard)
- Thermo-plastics, thermo-set materials
- Hard and soft foam materials
- Carbon - Carbon fiber - fiberglass materials
- etc.
Fields of application:
- Mechanical engineering
- Automobile industry
- Plant engineering
- Chemical industry
- Electrical industry
- Medical technology
- Aviation
- Construction
- Materials research
- Plastics industry
The following documentation should be provided to us for inquiries and order processing, if available:
CAD drawings in dwg- or dxf-formats