FINCM 3-Chuck Heavy-Duty Fiber Laser Tube and Pro | RFQ Sourcing Details

The FINCM FT-12036DT is a heavy-duty, three-chuck fiber laser cutting machine designed for processing metal tube and structural profiles. Its listed cutting materials include carbon steel, stainless steel, alloy steel, aluminum, copper, and iron.

The machine is offered with 6,000 W or 12,000 W laser power and configurable 6 m, 9 m, or 12 m work lengths. The system uses a gantry structure, continuous-wave fiber laser technology, water cooling, and an FSCUT/Cyp. Cut control platform.

Listed component options include MAX or Raycus laser sources, OSPRI, Raytools, BOCI, or customized cutting heads, S&A or Hanli water chillers, HIWIN rails, YYC gearing, and Yaskawa servo motors. Final component selection should be documented for the ordered configuration.

Its three-chuck arrangement is intended for large tube and profile work. The published specification lists a maximum chuck load of 4,000 kg, chuck speed up to 40 r/min, and acceleration up to 0.4G.

The welded tubular machine bed is described as having a large cross-sectional structure for bending and torsional rigidity under heavy loads. The FSCUT5000A tube controller supports multiple chucks and shaped-tube cutting.

Listed functions include pulling-chuck motion control, zero-tail cutting, multi-angle bevel cutting, and integration with Cyp. Cut Tube software. Bevel cutting from 0° to 45° is available, with V-shaped, X-shaped, and U-shaped bevels identified as supported examples.

Buyers should submit drawings for each required profile and joint preparation because achievable geometry can depend on section shape, wall thickness, material, and the selected machine configuration. Automatic loading and unloading is available to reduce manual tube handling and support continuous production.

The exact material range, bundle format, loading capacity, unloading arrangement, and compatibility with non-round profiles should be confirmed before purchase.

Published diameter figures are not fully consistent: one specification lists a 20–640 mm cutting-tube range, while another lists 20–650 mm for round and square pipe. Buyers should therefore obtain a signed technical specification stating the guaranteed minimum and maximum dimensions for every required section.

The source also lists a position-accuracy entry with unclear units, so no positioning tolerance should be assumed without clarification. Customization is available. Listed delivery support includes on-site installation, commissioning and debugging, operator training, and final on-site acceptance.

Training is described as covering maintenance, safety precautions, standard operating procedures, and basic troubleshooting.

After-sales support and a two-year warranty are listed, but buyers should confirm warranty coverage, exclusions, response times, engineer travel costs, consumables, spare-parts availability, and service conditions in the purchase contract.

Before ordering, provide representative drawings and material specifications for sample cutting.

Confirm laser power, cutting-head and source brands, work length, chuck capacity, loading system, bevel requirements, required tolerances, utilities, foundation requirements, software functions, packaging, installation scope, and acceptance criteria.

Cutting capacity and cycle time should be validated against the buyer’s actual materials, wall thicknesses, profiles, and quality requirements rather than inferred from laser power alone.