Laser applications 2016

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Acrylic Glas   

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Laser Type  CO2 Laser Processing  Cutting  Engraving Industry  Advertising  Furniture  Trophies and Awards  Promotion Items  Accessories Typical Power  30 to 200 Watt System  XY Cutting systems  Galvo scanning Polished cutting edges even in filigree contours without rework Both extruded and casted PMMA can be processed Processing with protective foil possible Chipless laser cutting and engraving of plexiglas Neither tool wear nor tool change necessary in comparison to routing, drilling or sawing No clamping or fixing of acrylics necessary High repeatability and consistent quality Practically radius free laser cutting of acrylic of inner contours for all material thicknesses Engraving of reliefs on acrylic


Fabric Garments 

Laser Type 

CO2 Laser

Processing  Cutting  Engraving

Industry  Garment

Typical Power  30 to 80 Watt

System  XY Cutting systems  Galvo scanning

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Precise and filigree cuts No fabric distortion due to stress-free material feeding Fusion of the cutting edges, no need for preparation or rework Unlimited processing and forwarding of data from other system producers with flexible software packages Automatic material feeding via a Conveyor System Precisely fitting laser cutting espesially of printed textiles due to optical recognition system


Fabric Garments  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry  Garment

 Typical Power  30 to 80 Watt

 System  Galvo scanning


Leather  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry     

Garment Shoe Bag Automotive Furniture

 Typical Power  30 to 150 Watt

 System  XY Cutting systems  Galvo scanning


Wood 

Laser Type 

Processing  

Gift Industry Furniture Trophies and Awards Craft Industry Packaging

Typical Power 

Cutting Engraving

Industry     

CO2 Laser

30 to 200 Watt

System  

XY Cutting systems Galvo scanning


Stones – Granite, Marble 

Laser Type 

CO2 Laser

Processing  Engraving

Industry  Architectur  Trophies and Awards

Typical Power  30 to 80 Watt

System  XY Cutting systems  Galvo scanning

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Contactless laser processing, therefore no clamping or fixing necessary No tool wear and no retooling in contrast to chiselling or milling High level of repeatability with consistent quality Extremely fine contours and details possible thanks to engravings with up to 1200 dpi High contrasts in particular for smooth, polished surfaces


Glass 

Laser Type 

CO2 Laser

Processing  Engraving  3 D Engraving

Industry    

Advertising Consumer Promotion Trophies and Awards

Typical Power  30 to 60 Watt

System  XY Cutting systems  Galvo scanning

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Precise and fast direct engravings without patterns Round engravings possible Contactless processing, therefore no tensions in the glass No danger of breaking Extremely fine contours and details possible High repeating accuracy at best quality No tool wear due to contactless laser processing


Anodized Alloy  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry  Automotive  Electro Technique  Promotion

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Steel 

Laser Type  

Processing  

All Industries Automotive

Typical Power 

Cutting Engraving

Industry  

CO2 Laser YAG

30 to 200 Watt

System  

XY Cutting systems Galvo scanning


Gold, Silver - Jewellery  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry  Jewellery

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Cork 

Laser Type 

CO2 Laser

Processing  Cutting  Engraving

Industry  Promotion

Typical Power  30 to 200 Watt

System  XY Cutting systems  Galvo scanning

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Laser cutting of extremely fine contours and practically radiusfree inner edges Contactless processing, so the material is not stressed or damaged – no clamping necessary. No chipping waste Laser cutting and engraving of different material thicknesses and combinations in one work step Laser engraving that achieves good contrasts with a low laser power possible


Plastics  Laser Type  CO2 Laser

 Processing  Cutting  Engraving

 Industry  Advertising  Furniture  Trophies and Awards

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Paper  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry  Packaging  Paperindustry

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Rubber  Laser Type  CO2 Laser

 Processing  Cutting  Engraving

 Industry  Advertising  Furniture  Trophies and Awards

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Technical Textiles  Laser Type 

CO2 Laser

 Processing  Cutting  Engraving

 Industry  Automotive  So many industries

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Diamond Cutting  Laser Type  CO2 Laser

 Processing  Cutting  Engraving

 Industry  Advertising  Furniture  Trophies and Awards

 Typical Power  30 to 200 Watt

 System  XY Cutting systems  Galvo scanning


Fibre Glass 

Laser Type 

CO2 Laser

Processing  Cutting  Engraving

Industry  Model  Boat  Airplane etc.

Typical Power  30 to 200 Watt

System  XY Cutting systems  Galvo scanning

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No forces acting on the material - therefore no mechanical stressing Can be machined, also if uneven thanks to tactile focus material guidance Complete extraction and filtering of the cutting emissions possible Cutting of very different material thicknesses and combinations in a single step Fusing of the cut edges, therefore no pre-working and rework


MDF 

Laser Type 

CO2 Laser

Processing  Cutting  Engraving

Industry    

Advertising Furniture Toy Trophies and Awards

Typical Power  30 to 200 Watt

System  XY Cutting systems  Galvo scanning

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The surfaces remain crack-free and do not show signs of bruise by clamping Smooth and precise cutting edges High repeatability and accuracy Freely selectable contours No chips, therefore no cleaning of the machine surrounding necessary


PET 

Laser Type 

CO2 Laser

Processing  

Cutting Engraving

Industry

Typical Power

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30 to 80 Watt

System  

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Packaging

XY Cutting systems Galvo scanning

Clean and perfect cuts No forces acting on the material means no mechanical stresses No PET clamping or fixing necessary Perfectly accurate laser cutting, in particular for printed materials thanks to an optical recognition system No tool wear Open software structure (examples of file formats are dxf, ai, pdf) Highly cost-efficient production of even small lot sizes, up to medium sized serial production Laser cutting emissions can be extracted and filtered completely


Foam 

Laser Type 

CO2 Laser

Processing  

Cutting Engraving

Industry

Typical Power

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 

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30 to 80 Watt

System  

 

Packaging

XY Cutting systems Galvo scanning

Clean and perfect cuts No forces acting on the material means no mechanical stresses No PET clamping or fixing necessary Perfectly accurate laser cutting, in particular for printed materials thanks to an optical recognition system No tool wear Open software structure (examples of file formats are dxf, ai, pdf) Highly cost-efficient production of even small lot sizes, up to medium sized serial production Laser cutting emissions can be extracted and filtered completely


Ceramic  Laser Type  YAG Laser

 Processing  Engraving  Marking

 Industry  Packaging

 Typical Power  30 to 80 Watt

 System  Galvo scanning


Overview of the materials which can be processed                               

Materials Acrylic (PMMA) Anodized Aluminium Aramid Composite material Cork Fibre glass Glass MDF Metal Multiplex Paper PET/ PETG Ceramics, porcelain, stoneware Plastic Stone, granite, marble Plywood Polyamide (PA) Polycarbonate (PC) Polyester (PES) Polyethylen (PE) Polyimide (PI) Polyoxymethylen (POM) Polypropylene (PP) Polystyrene (PS) Polyurethane (PUR) Polyvinyl chloride (PVC) Styrene-Acrylonitrile (SAN) Textiles Veneer Wood


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