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Product category

Tube Laser Cutting Machines for Round, Square & Rectangular Tube

Compare tube laser cutting machines for round, square, rectangular, and shaped profiles with manual, semi-automatic, automatic loading, and bevel options.

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Buyer guidance

Choose the machine around your material, workflow, and support plan.

Production fit

Best for fabricators processing round, square, rectangular, and shaped tube for frames, railings, structures, and industrial components.

Material planning

Compare tube profile, diameter range, wall thickness, loading method, bevel needs, and daily production volume before selecting a model.

U.S. support

Quote coordination, installation planning, operator training, and parts support are handled for buyers across most U.S. regions through the Houston office.

Better quote inputs

Send material, thickness, working size, production volume, and installation location so the machine recommendation matches the real shop workflow.

12 models

Tube Laser Cutting Machine

Compare tube laser loading and bevel configurations

Compare loading method and cut geometry first. Semi-automatic, fully automatic, and bevel configurations address different production requirements; a higher power rating alone does not identify the right tube machine.

Scroll horizontally to see power and quotation details.

ModelConfigurationCatalog laser powerConfirm before quotation
D12L plus semi-automatic Semi-automatic tube loading 1.5, 2, 3 kW Operator loading steps, profile changes, and finished-part handling.
D12L plus fully automatic Fully automatic tube loading 1.5, 2, 3 kW Bundle consistency, staging space, changeovers, and unloading scope.
LT-D24 6 kW tube processing 6 kW Outside diameter, wall thickness, stock length, and support requirements.
LT-B24 Bevel tube cutting with semi-automatic feeding 6 kW Joint drawings, bevel angle, root face, fit-up, and downstream welding.
B12 3D five-axis tube cutting 1.5–3 kW Cut orientation, head access, profile geometry, and fixture requirements.

Provide round-tube outside diameter or square/rectangular section dimensions, wall thickness, bar length, and weight. For example, 20 ft and 24 ft stock is approximately 6.1 m and 7.3 m; these are planning examples, not a statement that every model accepts both lengths.

Review bevel and weld-preparation requirements | U.S. installation and training planning | Request a configuration review

Machine planning FAQs

Questions to answer before comparing tube laser cutting machine models.

What tube profiles should be reviewed for a tube laser?

Review the round, square, rectangular, and shaped profiles your shop actually processes, along with outside diameter or section size, wall thickness, normal bar length, and required cut features. Confirm the final range with the selected machine configuration.

What information should a fabrication shop send for a tube laser recommendation?

Send representative drawings, material grade, profile range, wall thickness, bar lengths in feet and meters, expected volume, loading preference, cut features, and installation location so the workflow can be reviewed before quotation.

When should tube loading options be reviewed?

Review manual, semi-automatic, and automatic loading when repeat volume, tube length, weight, material staging, changeovers, and unloading workflow affect the planned production route.