Equipment / Tube laser cutting
HM6024PT Horizontal Tube Laser Cutting Machine
A horizontal tube-cutting reference for round and square sections. Review clamping, handling and model-specific parameters against the workpiece.
- Reference round / square range
- 10–230 mm
- Reference maximum tube weight
- 400 kg
Horizontal tube cutting around the workpiece.
The supplied horizontal-machine introduction positions the equipment as a fibre laser tube-cutting route for manufacturers reviewing sawing or plasma operations. It discusses automotive, fitness-equipment and metal-furniture production, where repeatable component processing is important.
Round and square tube dimensions appear in the HM6024PT parameter column. The broader introduction also names rectangular tubes, channel, angle, I-beam and other profiles; their suitability must be established for the actual chuck and configuration.
Clamping, control & machine structure.
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| Topic | Description in the supplied introduction | What to confirm |
|---|---|---|
| Clamping | Dual pneumatic chucks with adjustable clamping force | Chuck size, section grip, support and thin-wall trials for the actual model. |
| Control | Pipe-shape library, cutting patterns, path planning and fault diagnosis | Included controller, software features and drawing compatibility. |
| Bed | High-strength steel structure and stress-relief annealing are described | Final machine construction and inspection documentation. |
| Dust / chips | A dustproof design and chip-collection port are described | Extraction interface, protection and installation scope. |
The introduction’s “burr-free”, service-life and quality-superlative statements have no model-specific test evidence here and are not adopted as guarantees.
HM6024PT reference parameter matrix.
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| Parameter | Supplied HM6024PT entry | Condition / review note |
|---|---|---|
| Round tube cutting range | 10–230 mm | Confirm section, wall thickness and actual clamping limits. |
| Square tube cutting range | 10–230 mm | Confirm how the dimension is defined and the actual chuck limit. |
| Maximum cutting pipe weight | 400 kg | Confirm distribution, length and supporting arrangements. |
| Z / X / Y travel | 300 / 350 / 6020 mm | Axis order retained from the source table. |
| Chuck maximum speed | 80 r/min | Maximum reference, not a guaranteed cutting rate. |
| Maximum single-axis rapid traverse | 80 m/min | Air movement, not cutting speed. |
| Maximum single-axis acceleration | 0.5 G | Process and measurement conditions are not specified. |
| Maximum cutting acceleration | 0.5 G | Verify the exact configuration and conditions. |
| Mechanical repeat positioning accuracy | ±0.05 mm | Test standard and conditions missing. |
| X / Y / Z positioning accuracy | ±0.03 mm | Reference table entry; test standard and conditions missing. |
| Laser power | 1000–60000 W | Broad series range in the table; not a verified HM6024PT option range. |
The column is transcribed from the supplied horizontal tube-cutting table. Model, power, controller, chuck and acceptance criteria must be confirmed in the final equipment specification.
Loading, support & installation information.
Adjustable clamping and machine-bed construction are described in the introduction. They do not establish an installation envelope or the delivered loading system.
Dimensioned HM6024PT drawings, footprint, machine mass, support locations, utilities, extraction, loading/unloading scope and safety documentation are not available as a verified installation set. Do not infer these from the series photograph.
Test the tube, not just the nominal range.
The supplied FAQ states that performance depends on material, thickness and power. The tube introduction discusses thick-walled structural and thin-walled tubing, but does not provide a model-specific wall-thickness or cutting-speed chart.
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| Sample input | Evidence to agree |
|---|---|
| Material and section | Grade, shape, outside dimensions, wall thickness and straightness. |
| Handling | Tube length, mass, support and clamping conditions. |
| Part features | Ends, contours, holes, slots and downstream assembly requirements. |
| Acceptance | Dimensions, cut face, inspection method and agreed process conditions. |
No verified cutting-rate, scrap-length, material-saving or HM6024PT customer acceptance dataset has been supplied. Sample cost, schedule and success criteria require agreement.
Tube components & production contexts.
Automotive, fitness equipment and metal furniture are named in the horizontal-machine introduction. Round and square tube references support a discussion of frames, structural components and other tubular workpieces; capability for other profiles is configuration-dependent.
Options and configuration boundaries.
The parameter document states that equipment can be customised according to customer requirements. The introduction describes dual pneumatic chucks and a variety of tube profiles.
Confirm the exact chuck, loading system, follow-up support, tube length, software, special-profile compatibility, bevel capability and selected laser power. No all-profile or all-material compatibility is inferred.
Document scope & missing project evidence.
Company management-system documents have a different scope from model-specific conformity and acceptance evidence. Review the company and product names on the actual document.
Review the supplied document summary →
No identified HM6024PT customer acceptance record, measured before-and-after result or model-specific conformity match is established here.
Training, maintenance & delivery support.
The supplied service programme describes installation guidance, operator training, technical support, spare parts and long-term maintenance assistance. Training covers operation, software, maintenance and troubleshooting.
Read service scope and open conditions →
On-site scope, warranty, engineer travel, response time and delivery schedule must be agreed for the actual order.
Discuss a tube-cutting configuration.
Include material, section, wall thickness, tube length, weight and the required part features. Use sample information in this preview form.