Operator-assisted tube cutting series

Semi-Automatic Laser Tube Cutting Machines

Compare TY-G120-F, TY-S90L, TY-S120-L and TY-6024 for operator-assisted tube loading. Select the model around the tube drawing, stock-handling steps and support layout, then confirm the laser and cutting package for the required material and wall thickness.

TY-6024 enclosed semi-automatic laser tube cutting machine with loading bed and control console — Machine detail · TY-6024 enclosed machine configuration

Listed round tube10-100mm

Positioning speed100m/min

Power options1.2-6kW

Request a quote ← All tube cutters

MOQ: 1 set · Listed delivery: 20-50 working days · Whole-machine warranty: 2 years · Final price and timing depend on the selected model and process package.

Specifications

Semi-automatic tube cutter technical data

Series and working range

Listed models: TY-G120-F / TY-S90L / TY-S120-L / TY-6024
Listed laser power: 1,200 / 1,500 / 2,000 / 3,000 / 6,000 W
Listed round-tube diameter: 10-100 mm
Reference machine size: 12,000 × 2,800 × 2,400 mm
Configuration note: Final model, tube range and support layout confirmed before order

Motion and chuck

Maximum positioning speed: 100 m/min
Maximum acceleration: 1.5 G
Positioning accuracy: ±0.03 mm
Chuck speed: 120 rpm
Transmission: Double-drive gear rack
Guide rail: Taiwan Hiwin

Laser and control options

Laser source: Raycus; MAX / IPG / BWT optional
Cutting head: Raytools; WINHON optional
Control system: Raytools; CypCut optional
Loading arrangement: Operator-assisted / semi-automatic

Utilities and commercial terms

Power supply: 380 V / 50 Hz
Operating temperature: 0-50 °C
Cooling: Water cooling
Minimum order: 1 set
Listed delivery: 20-50 working days
Whole-machine warranty: 2 years

TY-G120-F, TY-S90L, TY-S120-L and TY-6024 series specifications
Series and working range
Listed models	TY-G120-F / TY-S90L / TY-S120-L / TY-6024
Listed laser power	1,200 / 1,500 / 2,000 / 3,000 / 6,000 W
Listed round-tube diameter	10-100 mm
Reference machine size	12,000 × 2,800 × 2,400 mm
Configuration note	Final model, tube range and support layout confirmed before order
Motion and chuck
Maximum positioning speed	100 m/min
Maximum acceleration	1.5 G
Positioning accuracy	±0.03 mm
Chuck speed	120 rpm
Transmission	Double-drive gear rack
Guide rail	Taiwan Hiwin
Laser and control options
Laser source	Raycus; MAX / IPG / BWT optional
Cutting head	Raytools; WINHON optional
Control system	Raytools; CypCut optional
Loading arrangement	Operator-assisted / semi-automatic
Utilities and commercial terms
Power supply	380 V / 50 Hz
Operating temperature	0-50 °C
Cooling	Water cooling
Minimum order	1 set
Listed delivery	20-50 working days
Whole-machine warranty	2 years

Operator-assisted tube-cutting system

Balance loading control with focused tube production

The series is configured around the tube profile, stock length, production volume and available loading space rather than a one-size-fits-all machine package.

Operator-assisted material loading

The series keeps material loading under operator control while the chuck, support and cutting system coordinate the machining cycle.

1.2-6 kW power selection

Five listed power levels allow the cutting package to be matched to material, wall thickness, assist gas and edge-quality requirements.

100 m/min listed positioning speed

The listed motion package combines 100 m/min positioning speed with acceleration up to 1.5 G.

120 rpm chuck speed

The listed chuck speed supports controlled tube rotation for coordinated profile cutting.

Rack drive and linear guide

A double-drive gear-rack transmission and listed Taiwan Hiwin guide rail form the core motion arrangement.

Model-specific configuration review

Tube profile, diameter, length, wall thickness and loading clearance are reviewed before the final model and process package are released.

Production and inspection

From machine-bed preparation to delivery

01
Machine-bed welding
02
Beam preparation
03
Heat treatment
04
Precision machining
05
Pre-assembly inspection
06
Machine assembly
07
Testing, debugging and acceptance
08
Delivery

01
Machine-bed welding
02
Beam preparation
03
Heat treatment
04
Precision machining
05
Pre-assembly inspection
06
Machine assembly
07
Testing, debugging and acceptance
08
Delivery

Processing scope

Tube materials and production contexts for the semi-automatic series

Published wall-thickness limits are held back until the exact model, material grade, laser power and assist-gas combination are confirmed.

Carbon steel: Grade, wall thickness, assist gas and edge-quality target are confirmed before configuration
Stainless steel: Tube grade, surface requirement and cutting-gas choice are included in process review
Aluminium alloy: Alloy grade and reflectivity are reviewed against the selected laser package
Other listed metals: Titanium and galvanized steel require material-specific process confirmation

Other tube-cutting paths

Automatic material loading

TY-S120-G automatic tube cutter

Optional bundle loading, unloading and sorting for repeat tube production.

Essential tube cutting

TY-S60 / TY-S100 economical series

Focused configurations for workshops with straightforward tube-processing requirements.

Heavy-duty tube and profile work

TY-28025 three-chuck tube cutter

Three-chuck workholding for long, large-diameter tube and listed structural profiles.

Explore the applications and laser processes connected to this equipment.

Stainless-steel sinks, kettles and fabricated kitchen components

Kitchen & sanitary ware

Cutting, welding and marking for sinks, showerheads, tee pipes and kettles.

View solution

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Define the operator tasks before selecting a model

Review the complete loading sequence

Semi-automatic describes an assisted workflow, not a promise that every handling step is automated. Identify who places the stock, how it reaches the chuck, how long tubes are supported and how finished parts are collected. Use that sequence to define the quoted configuration.

Keep the series table separate from the final model specification

The page lists four models and shared reference specifications. Confirm the tube range, support arrangement and installation dimensions for the selected model. A series-level value should not be assumed to describe every possible configuration.

Machine selection questions

What does semi-automatic mean for this tube-cutting series?

The loading arrangement remains operator-assisted while the chuck, support and cutting system coordinate the machining cycle. The exact operator and equipment tasks depend on the model and selected loading arrangement.

Are all four models supplied with identical capacities?

The page provides shared reference specifications for the series. Final model, tube range and support layout are confirmed before order. Send the profile, length and weight so the offered machine can be specified explicitly.

Is the listed 100 m/min the tube cutting speed?

It is the listed maximum positioning speed. It does not establish the speed through a particular material or the number of finished parts per shift. Evaluate the cut geometry, wall thickness and loading cycle when defining output requirements.

When should I compare automatic bundle loading?

Compare that option when repeat stock loading is part of the production requirement. TY-S120-G lists optional bundle loading and optional automatic unloading and sorting. Assess the complete handling sequence and include the selected options when comparing its quote with an operator-assisted machine.

What should I send to choose a semi-automatic model?

Provide the tube cross-section, outside dimensions, wall thickness, material, stock length, finished-part drawing and required output. Describe the operator loading method, support needs and available floor space so the model and process package can be reviewed.

Request a quote

Tell us the part. We will tell you the machine.

Price depends on the selected model, laser power, tube profile and wall thickness, loading arrangement, production volume and installation scope.