|
Talos Three Chuck Fiber Laser Tube Cutting Machine Designed for Fitness Equipment Bicycle Frame Processing
| Cantidad Mínima De Pedido: | 1 juego |
| Precio: | USD 50000-150000 / Set |
| Embalaje Estándar: | Caja de madera de exportación estándar con película protectora antioxidante, compartimento para fuen |
| Período De Entrega: | 30-45 días laborables |
| Método De Pago: | T/T, L/C, Unión Occidental |
| Capacidad De Suministro: | 20 juegos por mes |
Máquina cortadora de tubos por láser de fibra
,máquina cortadora por láser de tres mandriles
,máquina cortadora de tubos para equipos de fitness
Talos Series Three Chuck Tube Laser Cutting Machine — Fitness Equipment & Bicycle Frame Manufacturing
Product Description
The HGSTAR Talos Series Three Chuck Fiber Laser Tube Cutting Machine brings precision laser processing to the fast-growing fitness equipment and bicycle manufacturing industries. Engineered for high-speed processing of thin-to-medium wall tubes used in gym equipment frames, bicycle frames, motorcycle frames, e-bike chassis, and sports equipment structures, this machine delivers the precision surface finish and tight tolerances these consumer-facing products demand.
With laser power options from 1000W to 6000W and a sophisticated three-chuck clamping system, the Talos Series handles the diverse range of materials used in fitness and cycling manufacturing — from 6061 and 7005 aluminum alloys for premium bicycle frames to ERW carbon steel tubes for gym equipment, and from thin-wall 4130 chromoly for high-end bike frames to stainless steel 304 for commercial-grade fitness machines. The middle chuck provides critical support for thin-wall tubes (as low as 0.8mm), preventing distortion and ensuring roundness is maintained during cutting operations.
The machine's CNC precision (±0.03mm positioning accuracy) delivers perfectly mating tube ends and joint surfaces, eliminating the need for manual fitting and grinding — a key advantage in the assembly-intensive production workflows of fitness equipment and bicycle frame manufacturing.
Key Advantages for Fitness & Bicycle Industry
- Thin-Wall Tube Expertise: The three-chuck system with programmable clamping pressure enables distortion-free cutting of thin-wall tubes (0.8mm–2mm) used in premium bicycle frames and lightweight fitness equipment. The middle chuck provides anti-vibration support at the cut point, eliminating chatter marks.
- Superior Surface Finish: Fiber laser cutting produces clean, oxide-free edges with Ra < 3.2μm surface roughness, ready for powder coating or painting without additional surface preparation — critical for the aesthetic quality standards of consumer fitness equipment.
- Complex Miter & Fishmouth Cuts: The 3D cutting head produces precise copes, miters, and fishmouth joints for bicycle frame tube intersections (head tube, bottom bracket, seat stays, chain stays). These traditionally time-consuming manual fitting operations are executed in seconds with perfect repeatability.
- Multi-Material Capability: Single machine processes aluminum (6061/7005), chromoly (4130), carbon steel, and stainless steel tubes with quick parameter changes via the CNC controller — no tooling changes required when switching between aluminum bike frames and steel gym equipment production.
- Reduced Post-Processing: Burr-free, dross-free cut edges eliminate manual deburring and grinding, reducing labor costs and enabling direct flow to welding stations. For fitness equipment manufacturers producing 500+ units/day, this translates to measurable labor savings.
Fitness & Bicycle Applications
| Product Category | Typical Tube Components | Materials |
|---|---|---|
| Bicycle Frames | Top tube, down tube, seat tube, chain stays, seat stays | 6061/7005 Aluminum, 4130 Chromoly, Carbon Steel |
| E-Bike Frames | Main frame, swingarm, battery housing supports | 6061 Aluminum, Carbon Steel |
| Motorcycle Frames | Main frame, subframe, swingarm | 4130 Chromoly, DOM Steel |
| Gym Machines | Frame tubes, weight guide rods, handle bars | Carbon Steel ERW, Stainless 304 |
| Treadmills & Ellipticals | Frame structure, console supports, pedal arms | Carbon Steel, Aluminum |
| Weight Benches & Racks | Main frame, upright posts, safety bars | Carbon Steel 50x50mm–80x80mm SHS |
FAQ
Q: Can the machine cut aluminum bicycle frame tubes without burning or melting?
A: Yes. Aluminum cutting requires specific parameter optimization due to its high reflectivity and thermal conductivity. Our applications database includes validated parameter sets for 6061 and 7005 aluminum alloys using 2000W-4000W fiber laser with nitrogen assist gas. The result is clean, dross-free cuts with minimal heat input. We recommend a minimum 2000W laser power for aluminum tube cutting to achieve competitive production speeds.
Q: How does the machine handle butted bicycle tubes with varying wall thickness?
A: The auto-focus system and adaptive power control automatically detect and adjust for wall thickness changes along butted tubes (common in high-end bicycle frames where tube ends are thicker than the center section). The CNC program can define different cutting parameters for each section of the same tube, ensuring clean cuts regardless of local wall thickness.
Q: What is the minimum batch size that makes economic sense for laser tube cutting?
A: The Talos Series is economically viable for batch sizes as small as 10-20 units thanks to its rapid CNC program switching. Unlike traditional saw + drill + mill setups that require fixture changes between models, the laser machine switches programs in seconds. This makes it ideal for the high-mix production environment typical of fitness equipment and bicycle manufacturing, where multiple models are produced daily on the same line.
Quality Assurance for Consumer Products
✔ 100% in-process monitoring with automatic reject of out-of-tolerance parts
✔ Traceability system with laser-marked serial numbers on each tube component
✔ Statistical process control (SPC) data export for ISO 9001 quality documentation
✔ Surface roughness measurement integration for cosmetic surface quality validation
✔ EN 957 (stationary training equipment) and ISO 4210 (bicycles) safety standard compliance documentation available
