The LaserCube flatbed cutter is optimized for cutting small parts in both prototype and industrial environments. Using high-force linear motors built on a granite stage, it has the stability and acceleration needed for high-speed precision machining. Utilizing YLS fiber lasers up to 4 kW average power and IPG cutting head technology, the LaserCube handles metal sheets up to 48 × 48 inches (1250 x 1250 mm). Working on a variety of materials including steel, aluminum, brass, copper, titanium and alloys, the LaserCube provides superior cutting performance and reliability in a compact footprint while maintaining low operating costs for rapid return on investment.
Small parts made easy.
Fiber Laser High Efficiency and Low Operating Costs | CDRH Class 1 Laser System |
Fiber Laser Reliability and Elimination of Laser Maintenance | Sealed Stages with Purge to Extend Life |
Broad Selection of Lasers to Match Budgets and Applications
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2-D Contouring with Look-ahead |
Small Footprint to Minimize Facility Costs | Granite Superstructure for High Stability |
High Force Motors and Low-mass Process Head for High Speed Processing of Small Parts |
Laser Power | Up to 4000 W CW |
Beam Delivery Options |
IPG Photonics’ FLC-D30 Cutting Head, |
Work Envelope |
X: 1270 mm (50.0 in.); |
Maximum Speed: Cutting |
1000 mm (39.0 in.)/ sec. |
Accuracy: Positioning |
25 μm (0.0006 in.) Positioning Accuracy |
Motion Platform | Linear Stage H-gantry High-force Direct-drive Linear Motors 0.5 μm Resolution Linear Encoders Air-purge to Reduce Contamination |
Materials |
Stainless/ Mild Steel, Aluminum, Brass, |
Controls/ Interface |
Industrial Motion Controller, Full Look-ahead Contouring Capability |
Process Gas |
Electronic High-pressure (300 psi) Regulator for Cutting |
Cutting Surface |
Telescoping Drawer with Metal Saw Tooth Cutting Points |
Safety | CDRH Class I Laser System (Complies with 21 CFR Chapter 1, Subchapter J) |
Exhaust | 4” Blast Gate with Exhaust Plenum for Cutting Box and Debris Drawer |
Dimensions, LxWxH, mm |
2530 x 3130 x 1630 |
Weight, kg |
2850 6300 |
Power |
208-230 VAC, 47-63 Hz, 3 PH, 30 A |
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The LaserCube is designed for high-speed cutting of small parts from a wide range of materials.
Stainless Steel | Carbon Steel |
Aluminum | Titanium |
Brass and Copper | Alloys |
LaserCube Customer Testimonial – Mushield, Small Thin Part Manufacturer | LaserCube Customer Testimonial – Peridot, Medical Device Manufacturer |
LaserCube Customer Testimonial – Prestige Screen Printing, Precision Laser Cutting Services | Flat Sheet Cutting with the LaserCube |
Techniques for Laser Cutting Copper and Brass | .020” Copper Cutting with 2 kW |
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.125” Copper Cutting with 3 kW |
Punch Press – Laser Cutting Combination Parts Using Vision Registration | Adding Electrical Knockouts to an Existing Turret Punched Part |
Modifying Existing Part Using Vision Registration | Chemically Etched Stainless Sight Gauge Cut Using Vision Registration 3 kW Laser |
.020” Metal Photo Cutting, Paper Backed 1 kW | Cutting Surgical Sawblades with 450 QCW LaserCube |
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Industrial Knife Blade Cutting Using 450 QCW LaserCube |
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LaserCube with AutoPilot – Automated Loading and Unloading of Material |
.025” Aluminum Cutting with 3 kW | .025” Aluminum Cutting |
Metalphoto Aluminum and Titanium Cutting with 3 kW fiber IPG Laser Cube | Laser Cutting Aluminum Nameplates |
Stainless Steel Laser Cutting - $400 in 15 Minutes | Cutting Medical Devices with 450 QCW LaserCube |
Cutting .135” Stainless Steel at Different Power Levels | 1mm Foil cutting |
High Precision Cutting of .060” Stainless Steel |
Cost Effective Stainless Steel Cutting |
Radan Essential Software | Radan Standard Software |
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Radan Advanced Software |
IPG LaserCube: Fiber Laser Flatbed Cutter | Laser Cutting 1" Mild Steel with 4 kW |
11 Gauge Titanium Cutting | Cutting Carbon Fiber |
Motor Laminate Cutting | EMI Shielding |
Porcelain Steel Cutting | Moving the LaserCube |
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Flat Sheet Cutting with the LaserCube |
Please inquire about different forms of laser machine tools financing arrangements.