
Enclosed exchange-table cutting machines
TY-3015JB / TY-4020JB / TY-6025JB / TY-8025JB
Enclosed exchange-table systems with four listed working areas, 1.5-20 kW options and 80 m/min positioning speed.
Sheet cutting
Compare four fiber laser cutting machine ranges for sheet and plate work. Choose a working format, then review the laser configuration and loading requirements for your parts.


TY-3015JB / TY-4020JB / TY-6025JB / TY-8025JB
Enclosed exchange-table systems with four listed working areas, 1.5-20 kW options and 80 m/min positioning speed.

TY-3015DD / TY-4015DD / TY-4020DD / TY-6015DD / TY-6020DD / TY-6025DD / TY-8025DD / TY-10025DD / TY-12025DD
Open single-table systems for general sheet-metal cutting requirements.

TY-13035DDG / TY-19035DDG / TY-26035DDG
Large-format systems with 13,000–26,000 × 3,500 mm working areas and 12–60 kW options.

TY-6060DD / TY-QG6018
Compact 600 × 600 mm systems with 1.5-6 kW options and ±0.03 mm listed positioning accuracy.
A useful comparison starts with the sheets you buy and the parts you need to make. Match the working area to the stock, then compare enclosure, table arrangement and loading access. Review laser power against the material and thickness after narrowing the machine format.
Compare this range when you need an enclosed cutting area and an exchange-table layout. Check the selected working area together with the space needed around the loading position.
Use this range to evaluate an open, single-table arrangement. Include how sheets will reach the table and how finished parts will be removed in the production brief.
For large-format plate work, compare the listed ground-rail configurations. Review the complete plate dimensions, installation layout and handling equipment before selecting a machine size.
For smaller workpieces, compare the compact working area with the part drawing and nesting layout. A smaller cutting format does not by itself establish the cutting tolerance for a particular part.
Start with sheet dimensions, material grade, thickness range and part geometry. Compare a suitable working area and loading arrangement, then review laser power and the required edge quality. Use the model specifications to narrow the choice rather than selecting on power alone.
There is no single price for this category. A quotation depends on the selected machine format, laser configuration and handling or integration package. Send drawings, sheet specifications, production requirements and the installation location so the quotation can identify the equipment and scope being offered.
No. A listed positioning speed describes machine movement, not a guaranteed cutting speed through your material. Cutting performance must be reviewed for the material grade, thickness, part geometry and selected process configuration. Do not use positioning speed alone to estimate daily output.
No common cutting-thickness limit is stated for this whole category. Power, machine format and process conditions vary. Review the individual model information and define the material, thickness and acceptance requirements for your parts before confirming a configuration.
Request a quote
Share your part drawing, material and production requirements. The quotation will identify the selected equipment, tooling, handling options and integration scope for your project.