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CO2 Laser Coding Machine

CO2 Laser Coding Machine

A CO2 laser coding machine creates permanent production, batch or traceability marks on compatible non-metal packaging surfaces. Mark contrast and readability depend strongly on the substrate, coating, line speed and optical setup, so sample marking is the main selection step.

Application and purchasing fit

  • Product family: Laser coding machine series
  • Parameter reference: Filling and packaging equipment parameter library
  • Use CO2 technology only after testing the actual label, film, carton, coated surface or container material.
  • Confirm the marking field, character height, content changes and trigger arrangement for the moving product.
  • Include guarding, interlocks and fume extraction in the line review rather than treating the laser source alone as a complete station.

Published reference parameters

The following table is retained as the published model reference. Final performance and compatibility must be confirmed in the written quotation and acceptance specification.

Product model CX10CX30
Laser parametersLaser Sealed RF excitation imported from the United States CO2 Laser
Laser wavelength10.6 or 10.2 μm
Average output power10W30W
Modulation frequency range5kHz-20kHz5kHz-20kHz
Galvanometer parameters Maximum speed7000mm/s
Resolution 0.001mm
Repeat positioning accuracy 0.003mm
Optical output characteristics Marking rangeF=160mm, range 110×110 (optional) F=160mm, range 110×110 (optional)
Minimum line width0.1mm0.1mm
Minimum character height 0.4mm0.4mm
System property Laser power supplyAC220V/50HzAC220V/50Hz
Device input maximum power0.8KW1.1KW
Device input average power0.5KW0.7KW
Cooling methodAir-cooledAir-cooled
Host system dimensions
Workbench travel600mm
Environmental requirements0-35℃, humidity<90%

What to provide for a manufacturer quotation

  • Production samples for every substrate and color, plus the required mark content and minimum readable size.
  • Line speed, product pitch, marking position, available working distance and encoder or sensor arrangement.
  • Required laser source configuration, cooling, electrical supply, enclosure and extraction conditions.
  • Sample-mark acceptance, code verification method, software interface, spare parts and commissioning scope.

Use representative samples for the factory acceptance test whenever practical. The agreed test material, run duration, sampling method and pass limits should be written into the purchase specification.

Price, delivery, and written service scope

Manufacturer pricing depends on the confirmed machine configuration, format parts, controls, guarding, line interfaces, utilities and destination. Delivery schedule, export packing, installation, commissioning, training, spare parts and after-sales support apply only as stated in the written quotation and contract.

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