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Automatic Loading and Unloading Tube Fiber Laser Cutting Machine, 1000W–6000W
Laser Cutting Machines

Automatic Loading and Unloading Tube Fiber Laser | RFQ Sourcing Details

Laser Cutting Machines · Quote on request

This is a product procurement detail page: check specs, images, category context and related sourcing paths before sending an RFQ.

Quote on request

Product specs

CategoryLaser Cutting Machines
Unitset
ChuckFour-jaw self-centering chuck
Laser power1000W–6000W
Cooling systemWater c ing
Material handlingAutomatic feeding, positioning, and unloading
Supported profilesRound, square, rectangular, oval, and custom-shaped tubes
Maximum pipe length12000 mm
CategoryLaser Cutting Machines
AvailabilityInquiry required
Source date2026-07-24

Buyer's Digest

Use this page as a product-first sourcing checkpoint before sending an RFQ. Category: Laser Cutting Machines. Confirm application fit, capacity, materials, destination, lead time and compliance requirements before comparing suppliers.

Original product description

This tube fiber laser cutting machine is designed for automated processing of metal pipe and tube profiles. Supported workpiece forms include round, square, rectangular, oval, and custom-shaped tubes. Listed materials include carbon steel, stainless steel, aluminum and aluminum alloys, plus copper and copper alloys.

The available laser-power range is 1000W to 6000W. A standard processing range is stated as Φ30–160 mm for round tube with a 6000 mm length, while the listed maximum pipe length is 12000 mm. The maximum single-pipe weight is 25 kg/m.

Because the processing range is customizable, buyers should obtain a configuration-specific capacity table rather than assume that every diameter, profile, material, wall thickness, and length is supported by every machine variant.

The handling system automatically performs workpiece feeding, positioning, and unloading. A four-jaw self-centering chuck uses gear transmission and automatically adjusts clamping force according to the tube profile, including for thin-walled workpieces.

The machine uses a chuck-and-push cutting method and fiber transmission. Dedicated tube-cutting software recognizes tube-part shapes created in 3D design software and can automatically generate commonly used tube parts.

Listed motion data includes X-axis positioning accuracy of 0.05 mm, repeatability of 0.05 mm, and positioning speed of 120 m/min. Y-axis positioning accuracy is 0.05 mm, repeatability is 0.03 mm, and positioning speed is 80 m/min. Z-axis positioning speed is 60 m/min.

These values should be confirmed for the selected machine size, laser source, tube geometry, loading system, and acceptance-test method.

The visual laser control system supports adjustment of laser power, gas type, and pressure, along with edge detection, automatic positioning, multiple file formats, in is 15 mm with stated adjustment accuracy of 0.05 mm. Water cooling and automatic lubrication are included in the described configuration.

Component choices vary. Listed laser-source options include MAX, IPG, and RAYCUS, while cutting-head and servo-system options also differ by configuration.

Online technical support and a two-year warranty are stated, but buyers should obtain the exact component schedule and written warranty scope for the quoted machine.

Procurement questions to confirm before ordering include the required tube profiles, outside-diameter and wall-thickness ranges, maximum finished-part length, bundle and single-tube loading limits, supported drawing-file formats, assist-gas requirements, electrical supply, included extraction equipment, installation conditions, commissioning procedure, operator training, spare-parts package, acceptance samples, and configuration-specific delivery schedule.

Buyers should also request cut trials using their actual materials and drawings, with agreed criteria for dimensional accuracy, edge condition, cycle time, and repeatability.

Automatic | Applications and Buyer Notes

Automatic is organized as a sourcing-ready Laser Cutting Machines reference. The page combines visible product or company data with structured procurement cues so buyers can compare application fit, specifications, quantity, quality requirements and lead-time

Applications

  • Initial shortlist building for related product or supplier options.
  • Specification and application fit review before bulk purchasing.
  • Category, keyword and detail-page comparison before sending an RFQ.

Key specifications

Category
Laser Cutting MachinesBased on visible page data; confirm exact value in the RFQ.
Unit
setBased on visible page data; confirm exact value in the RFQ.
Chuck
Four-jaw self-centering chuckBased on visible page data; confirm exact value in the RFQ.
Laser power
1000W–6000WBased on visible page data; confirm exact value in the RFQ.
Cooling system
Water c ingBased on visible page data; confirm exact value in the RFQ.
Material handling
Automatic feeding, positioning, and unloadingBased on visible page data; confirm exact value in the RFQ.
Supported profiles
Round, square, rectangular, oval, and custom-shaped tubesBased on visible page data; confirm exact value in the RFQ.
Maximum pipe length
12000 mmBased on visible page data; confirm exact value in the RFQ.

Buyer tips

  • State quantity range and split-delivery needs before price comparison.
  • Add certification, material or inspection standards when they affect acceptance.
  • For time-sensitive projects, include target arrival date and destination.
  • For special applications, describe operating condition, installation environment and duty cycle.

FAQ

What should buyers confirm first?

Confirm application, specification, quantity, destination and lead-time requirements before comparing offers.

Can buyers inquire when specs are incomplete?

Yes. Add model, material, size, use case and inspection needs in the RFQ to make replies comparable.

How should this listing be evaluated?

Check title, category, specifications and related keywords against the actual sourcing requirement.

Source mix: ugc

Key specifications

CategoryLaser Cutting Machines
Unitset
ChuckFour-jaw self-centering chuck
Laser power1000W–6000W
Cooling systemWater c ing
Material handlingAutomatic feeding, positioning, and unloading
Supported profilesRound, square, rectangular, oval, and custom-shaped tubes
Maximum pipe length12000 mm
Standard tube length6000 mm
X-axis repeatability0.05 mm
Y-axis repeatability0.03 mm
X-axis positioning speed120 m/min
Y-axis positioning speed80 m/min
Z-axis positioning speed60 m/min
Standard round-tube rangeΦ30–160 mm
Maximum single-pipe weight25 kg/m
X-axis positioning accuracy0.05 mm
Y-axis positioning accuracy0.05 mm

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