YOUR CHOICE
Specifying a complete solution is a 10 step process
CHOOSE THE TECHNOLOGY
- The substrate you need to code, mark or score determines whether you need a CO2, a YAG or a fiber laser.
- If it’s a CO2 laser you can also choose the wavelength to better mark PET and PVC.
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CO2: Paper and board, glass, wood, PVC (10,2 micron), PET (9,3 micron).
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YAG and fiber: Metals,engineering thermoplastics, styrenics olefinics, epoxy resins plastic films (continuous fiber).
MODULE 1:
RELIABILITY · VERSATILITY · PRECISION · EASINESS · ADAPTABILITY · COST · RESPONSIBILITY
CHOOSE THE PRINTHEAD
- If it’s a high speed and/or multi line and/ or complex graphic
application you need an SPA UHS laser. - If it’s a difficult to mark substrate or a scoring application you need an SPA HPD laser.
- For most other applications an SPA NXT laser is sufficient.
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UHS: High speed production lines; large, more complex graphics.
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HPD: Scoring applications; difficult to mark substrates.
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NXT: Moderate speed production lines; typical coding messages.
MODULE 2:
RELIABILITY · VERSATILITY · PRECISION · EASINESS · ADAPTABILITY · COST · RESPONSIBILITY
CHOOSE THE OPTICS
- The size of the message or graphic determines the focal length of the lens to be used.
- A beam expander may also be chosen to improve print quality.
- Beam expanders are standard for UHS and HPD lasers.
- A focussing pointer is also available.
- 3D printing options are available as extras.
CHOOSE THE ENCLOSURE
- All SPA lasers are designed, built and tested to IP54.
- An IP65 option is available for users with damp and/ or wash down environments.
- High and low temperature kits are available to ensure reliable operations at extreme temperatures.
- An optical head split kit aids installation in difficult environments.
MODULE 3:
RELIABILITY · VERSATILITY · PRECISION · SIMPLICITY · ADAPTABILITY · COST · RESPONSIBILITY
MODULE 5:
RELIABILITY · VERSATILITY · PRECISION · EASINESS· ADAPTABILITY · COST · RESPONSIBILITY
