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Talos Series Three Chuck Fiber Laser Tube Cutting Machine Designed for Agricultural Machinery Processing
| MOQ: | 1 Set |
| Price: | USD 50000-150000 / Set |
| Standard Packaging: | Standard export wooden case with anti-rust protective film, vacuum-packed laser source compartment |
| Delivery Period: | 30-45 working days |
| Payment Method: | T/T,L/C,Western Union |
| Supply Capacity: | 20 Sets per Month |
Talos Series Three Chuck laser tube cutter
,fiber laser tube cutting machine for agriculture
,agricultural machinery tube laser cutting machine
Talos Series Three Chuck Tube Laser Cutting Machine — Agricultural & Construction Machinery Manufacturing
Product Description
The HGSTAR Talos Series Three Chuck Fiber Laser Tube Cutting Machine is a rugged, production-grade solution engineered specifically for the heavy demands of agricultural and construction machinery manufacturing. Designed to process the thick-wall, large-diameter structural tubes prevalent in tractor frames, combine harvester chassis, excavator booms, loader arms, bulldozer ROPS/FOPS structures, trailer hitches, and implement frames, this machine delivers industrial-grade cutting performance with consistent reliability in demanding production environments.
With its robust three-chuck pneumatic clamping system and gantry frame construction, the Talos Series handles the heavy structural tube sections typical of off-highway equipment — carbon steel rectangular hollow sections (RHS) up to 250mm square, thick-wall circular sections up to 12mm, and high-strength low-alloy (HSLA) steels including S500MC, S700MC, and DOMEX grades. The 1000W–6000W fiber laser options, combined with auto-focus cutting head technology, deliver clean, dross-free cuts that require zero post-processing before welding — a critical efficiency driver in high-mix, low-to-medium volume machinery production.
Key Advantages for Agricultural & Construction Machinery
- Thick-Wall Cutting Capability: Laser power up to 6000W enables single-pass cutting through structural tube walls up to 12mm in carbon steel and 8mm in stainless steel, eliminating the need for plasma or oxy-fuel secondary operations commonly required in machinery fabrication.
- High-Strength Steel Processing: Optimized cutting parameters for HSLA steels (S500MC, S700MC, DOMEX, Strenx) ensure clean cuts without heat-induced material property changes. The fiber laser's concentrated energy input preserves the mechanical properties of quenched and tempered steels critical for machinery structural integrity.
- Complex Joint Geometry: The 3D bevel cutting capability produces precise single-bevel, double-bevel, and compound-angle cuts required for tubular space frames in ROPS/FOPS cabins and implement structures — all in a single fixturing, eliminating the traditional cut-and-machine workflow.
- Heavy Part Handling: Reinforced roller support system and pneumatic chucks handle tube sections weighing up to 200kg per piece, enabling processing of full-length chassis rails and boom sections without intermediate handling.
- Rapid Prototyping to Production: Quick CNC program changeover enables seamless transition from prototype tractor frames to full-scale production runs, supporting the seasonal demand patterns typical in agricultural machinery manufacturing.
Machinery Applications
| Machinery Type | Typical Components | Material Grades |
|---|---|---|
| Tractors | Chassis rails, ROPS frames, 3-point hitch components | S355-S700, DOMEX |
| Combine Harvesters | Main frame, grain tank supports, header frame | S275-S500, HSLA |
| Excavators & Loaders | Boom arms, dipper sticks, cabin frames | S500-S700, |
| Bulldozers | ROPS/FOPS cabins, blade frames, track frames | S700MC, |
| Agricultural Implements | Plow frames, cultivator tines, harrow beams | S355-S500, Boron Steel |
| Trailers & Tankers | Chassis, drawbar, tank support frames | S355, DOMEX 650-700 |
FAQ
Q: Can the machine cut wear plate tubes without affecting hardness?
A: Yes. The fiber laser's extremely small heat-affected zone (typically 0.1-0.3mm) preserves the through-hardened properties of wear-resistant steels. Independent testing by our customers has confirmed that hardness values remain within specification at distances >0.5mm from the cut edge. We recommend 4000W+ laser power with oxygen assist gas for optimal results on 400-500 grades.
Q: How does the machine handle tubes with inconsistent wall thickness from different mills?
A: The auto-focus capacitive height sensor continuously monitors the nozzle-to-material distance and adjusts focal position in real-time (sampling rate: 200Hz). This compensates for typical wall thickness tolerances (±0.5mm) of hot-finished structural hollow sections. Additionally, our adaptive power control algorithm modulates laser output to maintain consistent cut quality even as wall thickness varies.
Q: What maintenance schedule is required for high-duty-cycle machinery production?
A: For typical two-shift operation (16 hours/day), we recommend: daily — clean cutting head nozzle and check protective lens; weekly — clean and lubricate chuck guide rails, check fume extraction filters; monthly — calibrate auto-focus sensor, inspect pneumatic seals, check alignment; quarterly — replace protective lens, inspect linear guides, full system diagnostic. Our remote diagnostic system can monitor machine health indicators in real-time and alert your maintenance team proactively.
Durability Features for Industrial Environments
✔ Fully enclosed cutting chamber with heavy-duty bellows protection for guide rails and ball screws
✔ IP65-rated servo motors and electrical enclosures for dusty agricultural equipment manufacturing environments
✔ Automatic centralized lubrication system with low-level alarm
✔ Reinforced machine bed with stress-relieved welded steel construction
✔ Heavy-duty helical rack and pinion drive system rated for 10+ years of continuous operation
✔ Optional air-conditioned electrical cabinet for tropical/high-temperature production environments
