Picosecond laser and Bessel head
The proposal specifies a 60 W, 1064 nm picosecond source; thickness depends on the glass.

iGA-LC5050
Pairs picosecond laser cutting with a separate CO₂ breaking unit for fine glass profiles.
IGOLDENCNC
Pairs picosecond laser cutting with a separate CO₂ breaking unit for fine glass profiles.
IGOLDENCNC
The proposal specifies a 60 W, 1064 nm picosecond source; thickness depends on the glass.
A telecentric camera recognizes reference marks for workpiece alignment.
The granite platform supports motion while vacuum holding locates the glass.

A separate breaking station uses the specified 150 W CO₂ laser tube.
IGOLDENCNC
| Cutting area | 500 × 500 mm |
|---|---|
| Picosecond power | 60 W |
| Wavelength | 1064 nm |
| Single-pass thickness | 1–8 mm,视材料而定 / material-dependent |
| Cutting speed | 0–300 mm/s |
| Repeatability | ≤ ±0.003 mm |
SERVICE & SUPPORT
Discuss materials, processes and sample-testing needs before selecting the configuration.
Ask about the operating guidance and training available for your selected equipment.
Contact the team with the model, issue description and part requirements for support.
IGOLDENCNC




IGOLDENCNC
A genuine machine demonstration will be placed here.
Provide material type, dimensions and required results. Ask our team to review the application before confirming the configuration.
Request an itemized scope covering equipment, options, tooling, software, transport and agreed services as applicable.
Confirm site preparation, service responsibilities and training format in the order. Arrangements depend on the selected equipment.
Confirm the delivery schedule, warranty scope and spare-part process in writing for the agreed configuration.
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Tell us your material, dimensions and process requirements to discuss the appropriate configuration.
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