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Copyright © 2008 Chemical Machining. Privacy e Terms of Use
- Carbon and stainless based steels (Series AISI 300, 400, 11R51, 7C27Mo2)
- Moyibdenum, Kovar, Titanium, Alluminium, Invar
- Nikel alloys
- Thickness range: from 0,05 mm to 0,8 mm
- Ethcing precision tolerance: ± 0,01 mm (minimum)
- Ability to do pass-through engraving/cutting up to 30 micron minimum aprture
- Maximum surface area: 800x800 mm, with a positional tolerance of 5 micron
- Sistema di telecamere e software per ripresa di pezzi precedentemente realizzati
- Ethcing precision tolerance: ± 0,01 mm (minimum)
- Ability to do pass-through engraving/cutting up to 30 micron minimum aprture
- Maximum surface area: 800x800 mm, with a positional tolerance of 5 micron
- Sistema di telecamere e software per ripresa di pezzi precedentemente realizzati
The main materials that can be processed through laser cutting are:
Dimensional tolerances and technical specifications:
Chemical Machining Group's laser cutting systems enable us to satisfy extreme requests in terms of delivery timing and design precision/tolerances. Moreover, the small costs and time required for tooling make laser cutting particularly cost-effective, even for small batches and prototypes.
Technical Specifications and Materials
The Advantages of Laser Precision Cutting
Laser precision cutting allows to etch metal without physical contact, minimizing stress and loads on the materials, and hence eliminating any deformation, typical of mecha-nical cutting/etching. The cutting process occurs through a high-intensity laser beam, directed towards the metal at a temperature sufficient to induce localized melting.
Introduction to the Technology
LASER PRECISION CUTTING
SOME EXAMPLES
