Odevis Automation Marking Laser Cell - Image 1
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Odevis Automation Marking Laser Cell

Manufacturer
Odevis Automation
Type
Marking Laser Cell
Year
2014
Category
Metal processing machines
Sub-category
Surface technology
Price: Upon request

Specifications

Overview

Complete laser processing and marking system SIC-Marking

System Specifications

Number of stations
3
Table type
Vacuum clamping table
Processing area per station X/Y
1000mm/1600mm
Laser wavelength
10600nm/1064nm
Overall system dimensions X/Y/Z
approx. 25000mm/3000mm/3000mm
Operating hours
approx. 2000h
Processes
Evaporation, cleaning, structuring, surface processing

Station 1

Laser type
Synrad CO2 laser
Number of lasers
6
Laser power
100W
Pulse frequency range
0kHz-100kHz
Power density
250kW/cm²
Processed materials
Polyamide, PVB, PET
Processes
Melting, evaporation

Station 2

Laser type
IPG fiber laser
Number of lasers
6
Laser power
250W
Pulse frequency range
20kHz-500kHz
Power density
250MW/cm²
Processed materials
Copper, aluminum, tin, lead, iron
Processes
Structuring, melting, evaporation
Condition note
F-Theta lens coating slightly deformed

Station 3

Laser type
IPG fiber laser
Number of lasers
3
Laser power
300W
Pulse frequency range
2kHz-200kHz
Power density
3MW/cm²
Processed materials
Copper, aluminum, tin, lead, iron
Processes
Surface processing

Documentation

Documentation available

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AI Description

Beta

Capabilities

The Odevis Automation Marking Laser Cell is a three-station industrial laser system designed for precision marking and surface processing of metal parts. Equipped with both CO2 (10600nm) and fiber (1064nm) laser wavelengths, it handles evaporation, cleaning, structuring, and surface finishing across a 1000mm × 1600mm processing area per station. Six 100W Synrad CO2 lasers with variable pulse frequencies (0–100kHz) deliver the flexibility needed for detailed work on different materials and thicknesses.

Industries & Uses

Manufacturers use this technology for marking serial numbers, barcodes, and logos on metal components; cleaning oxidation and contaminants before welding or coating; and creating decorative or functional surface patterns. It's common in automotive supply, aerospace, medical device, jewelry, and metalworking shops—anywhere precision marking and surface prep improve product quality or compliance. The vacuum clamping table keeps parts stable during processing, and the three-station layout allows continuous operation with minimal downtime between jobs.

What to Check When Buying

Before purchasing, verify the complete maintenance history, especially for the laser tubes (which degrade over 2,000–3,000 operating hours) and the vacuum pump. Ask about any recent tube replacements or mirror cleaning routines. Inspect cooling systems, electrical connections, and whether all optics are original or refurbished. Request test runs on sample materials matching your intended use to confirm output quality and beam alignment.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

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