Fabrication
Sheet & Tube Combo Laser
VTM-ST series. One machine for flat sheet and structural profiles. 3–6 kW, beds up to a nominal 8×20 ft, round tube up to 7 in, and stock lengths up to 20 ft — without buying two machines or doubling your footprint.
Product Line
ST Series
Four nominal bed sizes — flat sheet up to 8×20 ft and round or square tube up to 9 in on the same machine.
1 / 5ST Series
One machine, two capabilities. The VTM-ST cuts flat sheet on nominal beds up to 8×20 ft and round or square tube up to 9 in — four bed sizes to match your production volume.
Highlights
- Mixed sheet and tube production
- Nominal 5×10 ft to 8×20 ft beds
- Round and square tube up to 9 in
- 2 kW to 6 kW laser power
Technical Specifications
Full Specs
VTM-6015ST
5 × 20 ft
Nominal Bed Size
59-3/4 in × 238 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-4020ST
6-1/2 × 13 ft
Nominal Bed Size
80-1/4 in × 159 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-6025ST
8 × 20 ft
Nominal Bed Size
98-3/4 in × 240 in × 10-1/4 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-3015ST
5 × 10 ft
Nominal Bed Size
59-3/4 in × 122 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-6015ST
5 × 20 ft
Nominal Bed Size
59-3/4 in × 238 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-4020ST
6-1/2 × 13 ft
Nominal Bed Size
80-1/4 in × 159 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-6025ST
8 × 20 ft
Nominal Bed Size
98-3/4 in × 240 in × 10-1/4 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-3015ST
5 × 10 ft
Nominal Bed Size
59-3/4 in × 122 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-6015ST
5 × 20 ft
Nominal Bed Size
59-3/4 in × 238 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
VTM-4020ST
6-1/2 × 13 ft
Nominal Bed Size
80-1/4 in × 159 in × 3-7/8 in
X Y Z Axis Stroke
2 kW, 3 kW, 6 kW
Laser Power
Φ3/4–9 in □3/4–9 in
Tube Cutting Diameter
±0.001"
Positioning Accuracy
480 V, 3-phase, 60 Hz
Voltage
Cutting Ability
Up to 3-1/8 in
Carbon Steel
Up to 2-3/4 in
Stainless Steel
Up to 2-3/8 in
Aluminum
Up to 3/4 in
Brass
* Nominal US shop dimensions. Refer to Metric for exact factory specifications.
Available Upgrades
Technology
Combo Machine vs. Two Separate Machines
| Feature | VTM-ST Combo | Flatbed + Tube Laser |
|---|---|---|
| Initial capital cost | One purchase | Two machine purchases |
| Floor space required | ~600–800 sq ft | ~1,000–1,500 sq ft |
| Electrical drops required | One 480V 3-phase service | Two separate services |
| Chillers required | One | Two |
| Tube cutting capability | Up to 180 mm round, 6 m length | Full range (separate tube laser) |
| Sheet throughput | Same as standalone flatbed | Same as standalone flatbed |
| Best for | Mixed-product shops, limited floor space | High-volume dedicated tube or sheet runs |
Get Pricing
Request a Quote
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Questions
Frequently Asked
Switching from flat sheet to tube cutting takes approximately 10–15 minutes — attach the rotary chuck assembly to the machine end, load tube support rollers, switch the CNC to CypTube mode, and feed the first tube. No tools required for the chuck attachment.
Not simultaneously — the machine operates in one mode at a time. However, you can cut all the sheet parts for a job, switch to tube mode, cut all the tube parts, and have everything ready for fit-up and weld in a single session.
For most fabrication work, yes. The VTM-ST handles round tube to 180 mm, all common structural profiles, and tube lengths to 6 m. Shops running exclusively high-volume tube with diameters above 180 mm or lengths above 6 m should consider the dedicated VTM-T or VTM-MT tube laser instead.
On carbon steel: 20 mm (0.75"). On stainless steel: 12 mm (0.5"). On aluminum: 10 mm (0.4"). For heavier plate work above these thicknesses, the higher-power standalone flatbed (12–20 kW) is the right tool.
Yes — the VTM-ST FE variant includes the dual-pallet exchange table on the flat sheet side. The tube chuck attaches to the same machine regardless of table type.
Sheet & Tube Combo Laser