HSG TS2 V2.0 Tube Laser for Long Parts

The HSG TS2 V2.0 is worth considering for long tube components that need multiple cut features, supported processing, and less manual stock handling. Its useful distinction is the combination of tube contour cutting, servo follow-up support, and length-responsive unloading—not laser power alone.

The HSG TS2 V2.0 TUBE LASER CUTTING MACHINE deserves particular attention when the finished component remains long after cutting. In that application, the selected outfeed must suit the finished length; incoming-stock capacity is not a substitute for unloading capacity.

Long tube work that fits

Long square or rectangular frame members with holes, slots, and shaped ends are sensible evaluation jobs. Round tubes with multiple openings or contoured ends are another. These applications give contour cutting more work to consolidate than a simple straight cutoff.

The TS2 family processes round, square, rectangular, and selected open profiles. That range supports evaluating several section types on one platform, but not assuming compatibility with every profile. Match the proposed processing envelope and cutting-head configuration to the drawings, material, and wall thickness.

Recurring batches from compatible stock lengths also warrant consideration. Automatic loading addresses repeated stock handling, while supported unloading addresses the finished component. For work dominated by uncomplicated straight cuts, compare the complete process with the existing cutoff method rather than assuming a tube laser is automatically the better investment.

Support during cutting and unloading

The TS2-family architecture uses two intelligent chucks and independent servo follow-up support. The chucks provide workholding for tube processing, while the intermediate supports support the workpiece during cutting.

Dynamic Unloading+ combines a follow-up flip plate with two follow-up concave wheels. Their positions adjust according to workpiece length, providing support during cutting and unloading. This makes the discharge mechanism part of the long-component capability rather than simply a place to collect completed work.

For a long member, evaluate its behavior through rotation, final separation, and discharge on representative material. The support arrangement is a useful machine strength, but it does not by itself establish finished-part straightness, feature tolerance, or edge quality.

Match unloading capacity to finished length

Incoming-stock length and finished-component unloading length are different limits. The TS2-family reference configuration accepts tubes 1–6.5 m long. Its unloading range is 3 m standard or 4.5 m optional—9.84 ft or 14.76 ft, respectively. These are family configuration references, not a substitute for the selected V2.0 quotation.

A long stock tube can fit the machine while the finished member exceeds the chosen automatic outfeed range. If your longest component is beyond that range, resolve its handling method before counting on automatic discharge. The quotation should identify the unloading arrangement, not merely specify automatic loading and unloading in general terms.

Keep that decision tied to the actual geometry and weight. The longest finished drawing is more useful for an outfeed discussion than the purchased stock length alone.

Automatic loading and production output

The optional TS2-family bundle loader supports stock 3,600–6,500 mm long weighing up to 300 kg per tube. Its limits are separate from the cutting machine’s processing range. A shorter tube may fit the machine’s length range without fitting this loader’s automatic loading range.

For recurring production, compare output from loading through finished-component collection. Include cutting, stock transfer, discharge, collection, and relevant changeovers. For mixed work, include a representative profile change rather than evaluating only repeated cuts on one favorable section.

Current handling and changeover times give that comparison a useful baseline. The application trial should establish where automation can remove manual work and where operator involvement remains; a loading-speed figure alone cannot establish hourly finished-component output.

Programming and operator use

Programming and training should connect the actual tube features with the configured loader, supports, and outfeed. Use representative CAD files to work through profile orientation and feature requirements. Operator instruction should cover material setup, profile changes, collection, and permitted recovery procedures for the equipment being purchased.

TS2-family safety features include an enclosed cutting area, an interlocked door, and loading/unloading light curtains. Machine guarding must address hazards including rotating parts and nip points under OSHA 1910.212. Covered servicing and maintenance require hazardous-energy control under OSHA 1910.147; an emergency-stop control is not an energy-isolating device. Use the equipment’s procedures and applicable energy-control requirements for intervention.

Discuss your application with Adam Quoss

I’m Adam Quoss, Mac-Tech’s Vice President of Sales, with responsibility for Illinois and Indiana. I can help assess whether the proposed TS2 loading and unloading configuration fits your tube mix, coordinate application questions, and identify programming and training needs. Bring representative drawings or CAD files—especially your longest finished component—along with material and section details, stock lengths and weights, required tolerances, batch sizes, and current handling times. Those inputs give Mac-Tech and me a practical basis for evaluating the machine’s fit before purchase.