Han's Laser TP-A3015

The Han's Laser TP-A3015 is a dual-use fiber laser cutting system capable of processing both flat sheet metal and round or square structural tube in a single machine platform. The TP designation — tube/plate — reflects the machine's core value proposition: fabricators who need both flatbed sheet cutting and tube cutting capability can invest in one machine rather than two, reducing capital cost and floor space requirements. The 3015mm flatbed table handles standard sheet formats while the integrated tube-cutting module accepts round tube, square tube, rectangular tube, and structural profiles including angle iron and channel.

The TP-A3015 uses a fiber laser source in the 3 kW to 6 kW range, appropriate for the sheet and tube thickness ranges commonly processed in structural and architectural fabrication. The flat cutting mode delivers the speed and edge quality characteristic of fiber laser technology — cuts on thin-gauge stainless steel, mild steel, and aluminum that are clean, precise, and often weld-ready without secondary operations. The tube cutting mode rotates the workpiece through a dedicated chuck-and-guide system while the cutting head executes profile cuts, miters, saddle cuts, and notch-and-cope intersections — operations that are laborious on manual saws or plasma systems and highly precise on the laser.

The machine's CNC control system manages both flat and tube cutting modes, switching between them as the production mix demands. Tube processing software generates cutting programs from 3D pipe spool drawings, automatically calculating intersection profiles, miter angles, and end-prep geometries for weld assembly. This capability is particularly valuable in structural fabrication shops, HVAC manufacturing, furniture production, and railing and handrail fabrication where both sheet components and tube/pipe elements are present in the same assembly.

Han's Laser designed the TP-A3015 as a space-efficient solution for mid-size fabricators who lack floor space for dedicated flat and tube laser systems. The machine transitions between flat and tube modes through a reconfiguration process that requires repositioning the chuck assembly, typically taking 15–30 minutes depending on operator experience. This is not a machine designed for continuous switching between modes mid-shift, but rather for shops that can batch sheet work and tube work into separate production blocks. The machine's footprint is larger than a standard G3015F to accommodate the tube chuck and guide system.

For buyers evaluating the TP-A3015, it competes with dedicated combination tube-plate machines from Mazak Optonics, BLM Group, and Bystronic. The Han's Laser platform is priced competitively below these alternatives and is appropriate for shops where the combination capability is a capital efficiency measure rather than a high-cycle production requirement. Shops with very high tube cutting volumes should evaluate dedicated tube laser systems where cycle time and automation features are optimized for continuous tube processing.