15+ Years Experience in Sheet Metal Equipment

Laser Cutting Machine Solutions

High-performance fiber laser systems for sheet metal, tube, and mixed cutting—built for productivity, precision, and stable long-term operation.

// Designed for stable cutting, easy operation, and low total cost of ownership.

Key Engineering Advantages

Precision & Speed

High-speed cutting for efficient throughput Stable motion control for smooth edges Optimized path planning for productivity Consistent performance for batch orders

Smart Control & Easy Operation

User-friendly CNC interface Quick parameter presets by material Real-time monitoring and alarms Supports common CAD/CAM workflows

Reliability for Production

Rigid machine frame for stability Industrial-grade components Low maintenance, long service life Designed for continuous daily use

// OUR PRODUCT RANGE

CNC Hydraulic Shearing Solution

A CNC-controlled hydraulic pendulum shearing solution for precise, stable, and efficient sheet metal cutting.

// DUAL FUNCTION

Open Double Table Sheet Laser Cutting Machine

The Open Double Table Sheet Laser Cutting Machine is designed for high-speed and high-precision sheet metal cutting. With its dual exchange table design, it allows for continuous loading and cutting, greatly reducing downtime and boosting production efficiency. This machine is ideal for industries that require fast, reliable, and accurate laser cutting.

// PROFESSIONAL

Enclosed Double Table Sheet Laser Cutting Machine

The Enclosed Double Table Sheet Laser Cutting Machine is designed for high-speed and precise cutting with dual exchange tables. Ideal for industries requiring continuous sheet metal processing, it offers high productivity and reduced downtime.

// High Efficiency

Open Single Table Sheet Laser Cutting Machine

The Open Single Table Sheet Laser Cutting Machine is designed for high-efficiency cutting with precision and flexibility, making it ideal for a wide range of applications. Its open table design provides easy material handling, while its advanced technology ensures superior cutting quality and performance.

High-Speed, High-Precision Cutting: Fast, accurate cuts on various materials.
Cost Efficiency: Low investment with stable cutting performance.
Compact Design: Small footprint, ideal for limited space.
Easy Operation: Quick setup and user-friendly interface.
Stable & Precise: Monolithic bed ensures long-term stability.

// HIGH EFFICIENCY TUBE PROCESSING

2 Chuck Tube Laser Cutting Machine

The 2 Chuck Tube Laser Cutting Machine delivers fast and precise cutting for round, square, and special-shaped tubes. Its dual chuck system ensures stable rotation and higher production efficiency.

// HIGH EFFICIENCY TUBE PROCESSING

3 Chuck Tube Laser Cutting Machine

The BLT3 Series 3 Chuck Tube Laser Cutting Machine is designed for high-precision, zero-tail tube processing. Its triple chuck structure ensures maximum rigidity, minimal material waste, and stable cutting performance for long and heavy tubes.

// HEAVY-DUTY GROUND RAIL LASER CUTTING SYSTEM

Ground Rail Laser Cutting Machine

Designed for extra-large metal sheet cutting, the BLG Series Ground Rail Laser Cutting Machine features a floor-mounted rail system that delivers high stability, extended processing length, and reliable precision for heavy industrial applications.

// CONTINUOUS HIGH-EFFICIENCY SHEET & TUBE CUTTING

Open Double Table Sheet & Tube Laser Cutting Machine

The Open Double Table Sheet & Tube Laser Cutting Machine is engineered for high-speed continuous production. Featuring a dual exchange table system and integrated sheet & tube processing capability, it maximizes productivity while minimizing downtime between cutting cycles.

// HEAVY-DUTY PROFILE STEEL CUTTING SOLUTION

Profile Steel Laser Cutting Machine

The Profile Steel Laser Cutting Machine is specially engineered for cutting H-beams, angle steel, channel steel, and other structural profiles. Designed for high precision and stable clamping, it delivers efficient contour cutting and intelligent automation for steel fabrication industries.

// HIGH EFFICIENCY SHEET & TUBE PROCESSING

Open Single Table Sheet & Tube Laser Cutting Machine

The BLST Series Open Single Table Sheet & Tube Laser Cutting Machine is designed for integrated metal processing. With a compact open structure and dual-function capability, it efficiently handles both sheet metal and tube cutting within one machine.

Equipped with precision guide rails, rack transmission system, pneumatic gas control, and stable water cooling, the BLST Series ensures reliable performance, high accuracy, and cost-effective production for small and medium fabrication workshops.

Why Choose Us

More than a machine supplier—we support your production efficiency.

Engineering & Configuration Support

recommend power/bed size based on your materials

Fast Training & Commissioning

remote guidance / on-site option

Quality Control Process

alignment, accuracy, cutting test before shipment

Warranty & Support

12–24 months

Spare Parts & Service

core parts supply and support plan

Global Delivery Experience

export packing, documents, and logistics support

Press Brake Applications

Our press brake machines are widely used in precision sheet metal fabrication across multiple industries.

Metal Fabrication Workshop

High-precision bending solutions for job shops handling various metal materials, thicknesses, and custom fabrication requirements.

Automotive Manufacturing

Precision bending for automotive body panels, chassis components, brackets, and structural parts, ensuring consistency and high production efficiency.

Aerospace Industry

High-precision bending of aerospace components for aircraft structures, requiring exceptional accuracy, repeatability, and strict quality control.

Elevator & Lift Manufacturing

Reliable bending solutions for elevator cabins, doors, frames, and guide components, meeting strict safety and dimensional standards.

Shipbuilding Industry

Heavy-duty bending for ship hull panels, decks, bulkheads, and structural steel parts, designed for large-scale and high-load applications.

Construction Industry

Precision forming of steel structures, beams, panels, and architectural metal components for commercial and industrial construction projects.

Global Customer Success Stories

Real Results from Fiber Laser Cutting Projects Worldwide

Excellent German-standard reliability. The DualCut plate and tube laser has significantly improved our cutting efficiency and reduced scrap rates in our automotive parts production.”

The enclosed fiber laser cutting machine exceeded our expectations in cutting precision. Edge quality is consistently clean, and the system performs reliably in daily high-volume production.

Robust laser cutting performance for thick and thin materials alike. The machine handles high-volume metal cutting smoothly, and delivery was even faster than expected.”

The laser cutter’s versatility has transformed our workshop efficiency. It delivers outstanding value for precision cutting and high-quality metal fabrication projects.

The fiber laser cutting solution is ideal for our growing fabrication business. Setup was straightforward, operation is stable, and technical support has been very responsive.”

High-power cutting performance for demanding conditions. The tube laser delivers excellent precision and speed, making it a reliable core machine in our steel fabrication line.

How to Choose the Right Laser Cutting Machine

Selecting the right laser cutting machine depends on more than just laser power.
Material type, production requirements, and workshop conditions all play a key role in choosing the most suitable configuration.

How to Choose the Right Laser Power

Choosing the right laser power is the first step in selecting a suitable laser cutting machine.
Material type, thickness, and production requirements all directly affect cutting efficiency, edge quality, and long-term performance.

Carbon Steel Cutting Capacity (mm)

1000W → up to 10mm

1500W → up to 14mm

2000W → up to 16mm

3000W → up to 20mm

6000W → up to 25mm

12000W → up to 40mm

* Reference values under standard cutting conditions

Selection Example

Application:
Cutting 12mm carbon steel and
6mm stainless steel
in general fabrication work.

Recommended Laser Power:

3000W – 6000W

for stable cutting speed and consistent edge quality.

Suggested Models:
ProCut-3000 – cost-effective solution
EcoCut-6000 – higher speed & thicker capacity

Stainless Steel & Aluminum Cutting Guide

Stainless steel and aluminum demand higher laser power and precise parameter control to achieve clean edges and stable cutting quality.

Stainless Steel (mm)

1–3mm

1000W–1500W

4–8mm

2000W–3000W

10–16mm

6000W–12000W

20mm+

15000W–30000W

Aluminum Cutting Tips

Aluminum requires 30–50% more power
than carbon steel for the same thickness.

Use nitrogen as assist gas for bright,
oxide-free edges on aluminum and stainless steel.

Tip: Higher power enables faster cutting speeds and thicker material capacity.

Laser Cutting Machine Model Comparison

Compare machine types by application, working range, power options, and best-fit scenarios—so you can choose faster with less guesswork.

CNC Hydraulic Pendulum Shearing Machine – Technical Specifications

Type	4×2500	4×3200	4×4000	4×5000	4×6000	6×2500	6×3200	6×4000	6×5000	6×6000	8×2500	8×3200	8×4000	8×5000	8×6000	10×2500	10×3200	10×4000	10×5000	10×6000	12×2500	12×3200	12×4000	12×5000	12×6000	16×2500	16×3200	16×4000	16×5000	16×6000	20×2500	20×3200	20×4000	20×5000	20×6000	25×2500	25×3200	25×4000	25×5000	25×6000
Cutting Thickness	4 mm	4 mm	4 mm	4 mm	4 mm	6 mm	6 mm	6 mm	6 mm	6 mm	8 mm	8 mm	8 mm	8 mm	8 mm	10 mm	10 mm	10 mm	10 mm	10 mm	12 mm	12 mm	12 mm	12 mm	12 mm	16 mm	16 mm	16 mm	16 mm	16 mm	20 mm	20 mm	20 mm	20 mm	20 mm	25 mm	25 mm	25 mm	25 mm	25 mm
Cutting Length	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm	2500 mm	3200 mm	4000 mm	5000 mm	6000 mm
Cutting Angle	1.5°	1.5°	1.5°	1.5°	1.5°	1.5°	1.5°	1.5°	1.5°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.0°	2.5°	2.5°	2.5°	2.5°	2.5°	2.5°	2.5°	2.5°	2.5°	2.5°	3.0°	3.0°	3.0°	3.0°	3.0°	3.0°	3.0°	3.5°	3.5°	3.5°
Throat Depth	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	100 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm	120 mm
Back Gauge Range	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm	20–600 mm
Strokes (cycles/min)	18	19	14	12	8	17	15	12	10	8	16	14	11	10	8	12	10	8	7	6	11	10	8	7	6	10	9	8	6	6	8	7	6	5	4	6	5	5	4	4
Main Motor Power	5.5 kW	5.5 kW	7.5 kW	11 kW	11 kW	7.5 kW	7.5 kW	7.5 kW	11 kW	11 kW	7.5 kW	7.5 kW	7.5 kW	11 kW	11 kW	11 kW	11 kW	15 kW	15 kW	18.5 kW	15 kW	18.5 kW	18.5 kW	22 kW	22 kW	18.5 kW	18.5 kW	22 kW	30 kW	37 kW	22 kW	22 kW	30 kW	37 kW	37 kW	37 kW	37 kW	37 kW	45 kW	45 kW
Overall Dimensions (L×W×H)	3200×1600×1600 mm	3900×1600×1600 mm	4700×1600×1600 mm	5800×1750×1850 mm	6800×1750×1850 mm	3200×1650×1800 mm	3900×1650×1800 mm	4700×1650×1800 mm	5800×1800×1950 mm	6800×1800×1950 mm	3200×1700×1850 mm	3900×1700×1850 mm	4700×1700×1850 mm	5800×1900×2100 mm	6800×1900×2200 mm	3200×1850×1900 mm	3900×1850×1900 mm	4700×1850×1900 mm	5800×2000×2150 mm	6800×2000×2500 mm	3200×2050×2150 mm	3900×2050×2150 mm	4700×2050×2150 mm	5800×2200×2200 mm	6800×2400×2600 mm	3200×2150×2250 mm	3900×2150×2250 mm	4700×2150×2250 mm	5800×2500×2500 mm	6800×2500×2700 mm	3200×2250×2350 mm	3900×2250×2350 mm	4700×2350×2350 mm	5800×2600×2700 mm	6800×2600×2900 mm	3200×2300×2500 mm	3900×2300×2500 mm	4700×2500×2600 mm	5800×2700×2800 mm	6800×2700×2900 mm

Note: Specifications are subject to change without prior notice. Please refer to the final quotation and technical agreement for exact configurations.

FAQ

Quick answers to the most common questions about fiber laser cutting machines.

How do I choose the right laser power for my cutting needs?

Laser power selection depends on material type, thickness range, and your target cutting speed/edge quality.
As a reference: carbon steel typically needs lower power than stainless steel and aluminum at the same thickness.
If you share your material + thickness range, we can recommend a suitable configuration.

What materials can be cut with a fiber laser cutting machine?

Fiber lasers commonly cut carbon steel, stainless steel, aluminum, brass, copper, galvanized steel, and many alloys.
Maximum thickness depends on laser power, assist gas, and your quality/speed requirements.

What’s the difference between a sheet laser cutter and a tube laser cutter?

A sheet laser is designed for flat plates (standard sheet sizes).
A tube laser is for pipes/profiles (round/square/rectangle) with support for tube length and clamping options.
If you cut both regularly, a combo solution can reduce equipment duplication.

How accurate is a fiber laser cutting machine?

Accuracy depends on the machine structure, motion system, and calibration.
Our machines use rigid frames, precision linear guides, and stable servo control to deliver consistent positioning and repeatability for daily production.

Do you provide installation and operator training?

Yes. We provide remote commissioning guidance and operator training, and on-site support can be arranged based on project needs and location.

Can I customize worktable size and laser power?

Yes. Work area, tube length, laser power, control system, and automation modules can be configured to match your workflow and budget.

What maintenance is required?

Routine maintenance includes nozzle/lens inspection, cleaning, rail lubrication, and checking gas/air systems.
We provide a maintenance checklist and support to help keep performance stable.

What information do you need for a quotation?

To quote accurately, we need: material type, thickness range, sheet size or tube profile/length, expected output, and any automation requirements.
The more details you share, the faster we can recommend a matching configuration.

What is the typical delivery time?

Lead time varies by worktable size, laser source, automation options, and customization level.
Standard configurations are usually faster; customized requirements may take longer. We confirm schedule after final specifications.

What warranty do you provide?

We provide warranty coverage for the machine frame and key control components under standard terms.
Laser sources and accessories follow the manufacturer’s warranty policy. Full warranty details are provided in the quotation.

Configure the Right Laser Cutting Machine for Your Production

Technical configuration support for sheet, tube, and mixed cutting applications

• Material type, thickness range, and cutting format evaluation
• Laser power selection and machine structure matching
• Optional automation, safety enclosure, and auxiliary system configuration

Technical drawings and production requirements help us recommend the most accurate configuration.