High
Speed
Laser cutting Machine
From “capable cutting” to “fast cutting and precision cutting”: High speed laser cutting machines unlock a new mode of efficient processing, allowing you to easily undertake large orders and shorten delivery cycles.
Choosing the right high-speed laser cutting machine=mastering the profit code: ultra-high speed cutting efficiency increases production capacity by 200%, low loss+less rework further compresses costs
High Power + Intelligence + Flexible Production + Energy-efficient
What signals does "High-speed Laser Cutting" send to the laser industry?
High-speed Laser Cutting has ended the era of simple price wars, ushering in an era of value competition based on “speed + precision + stability.”
The increase in speed is no longer achieved through simply increasing power, but through the deep integration of the entire chain of lasers, motion control, intelligent algorithms, and manufacturing processes.
Customers are no longer buying just a machine, but a production capacity solution that offers “faster delivery, lower costs, and higher yield.”
High-speed laser cutting machines are industrial equipment with advantages such as high precision, fast cutting speed, and excellent cut quality. They utilize flying and semi-flying optical path technology to achieve precise cutting of thin metal sheets and are primarily used in three core areas: automotive manufacturing (including new energy vehicle parts), aerospace, and medical devices. Industry technology is evolving towards intelligence (AI path optimization) and high precision, with fiber laser cutting machines accounting for nearly 65% of the market share.
In the pursuit of ultimate performance and precision standards, high-speed laser cutting equipment manufacturers cannot achieve success simply by assembling components or using substandard parts without focusing on improvements in overall machine design and algorithm optimization. When equipment reaches a certain level of performance or speed, quality becomes an insurmountable fundamental threshold. Maintaining this baseline is not only crucial for Dowell Laser as a single company, but also essential for safeguarding the foundation of sustainable development for the entire industry.
The Dowell Laser High-speed Laser Cutting Machine adopts an industrial-grade machine tool design, ensuring high-speed and stable laser cutting. Equipped with different power lamp-pumped lasers, it can perform high-speed and precise cutting and drilling of various metals and materials. Combined with a follow-up dynamic focusing device, it maintains consistent cutting quality throughout the process, making it a cost-effective large-format laser cutting machine.
Rewards & Recognition
Core Performance Advantages & Mainstream Configuration
Machine Learning
Adopting a thick and radiation resistant outer cover, the cutting smoke and sparks are firmly locked, and combined with an independent dust removal system with a large air duct partition, achieving a smoke purification rate of over 99% and eliminating safety hazards from the source.
The hollow bed structure
Natural marble has zero internal stress, high precision stability, and is not easily deformed, providing long-term precision support. The natural high-frequency absorption ability of marble ensures operational stability under uniaxial acceleration of up to 2G-3G.
The hollow bed structure
The hollow bed structure ensures that the laser cutting area is not connected to the main bed, preventing heat transfer and ensuring stability and durability.
Automatic Lubrication System
An optional automatic lubrication system is available, featuring an intelligent integrated design, visual control of oil injection, high intelligence, high integration, and maintenance-free operation with one-button setup.
Transmission
Linear motor drive completely eliminates the backlash and friction wear problems of conventional transmission systems. The linear motor provides high speed and high acceleration, without the vibration issues associated with conventional systems at high speeds.
Dual-exchange Workbench
The dual-workbench rapid exchange design allows for parallel cutting and loading/unloading, reducing the work cycle by more than 40%. The dual workbenches use hydraulic lifting for exchange, ensuring consistent platform height in the cutting area, eliminating height differences, and the short Z-axis travel ensures stability during high-speed cutting.
Better Dust Extraction
The workbench design places the work surface closer to the exhaust port for better dust extraction; it achieves partitioned dust removal, with good sealing of the air vents, large suction flow, and a dust removal efficiency of over 95%.
Intelligent Dual-screen interactive system
Dual screens provide real-time monitoring of cutting parameters, equipment status, and progress. Data visualization makes management more transparent and decision-making more precise.
Laser Cutting System
Equipped with the Bochu intelligent cutting system, featuring one-button operation and multiple intelligent functions (automatic re-cutting/melt pool detection/intelligent piercing/automatic centering/seam width closed-loop control, etc.). It offers stability, reliability, easy deployment, simple debugging, rich functionality, and excellent performance, improving processing stability and efficiency.
Benefits & Advantages
200m/min rapid traverse speed and 2.5G acceleration enable high-volume processing, while ±0.015mm high-precision positioning combined with AI intelligent nesting and dual-platform rapid switching (≤20 seconds) boosts utilization rate to 95%. It’s compatible with various materials and thicknesses, allowing for single-pass cutting without grinding, saving labor, consumables, and time, resulting in a 40% reduction in overall costs. This is the core profit engine for businesses to secure high-end orders and unlock unmanned production.
Recommended Mainstream Configurations
Featuring the top-level fiber laser, linear motor drive, high-end automatic focusing cutting head, and dual exchange worktables, this system offers stable and efficient performance for a wide range of applications, making mass production easier and more profitable.
Item.
Specification.
Item.
Specification.
Effective processing area
Multiple sizes are available, including 3*1.5m, 6*1.5m, 4*2m, 6*2m, and 6*2.5m.
Transmission method
Precision linear motor module
Max. velocity along the X, Y, and Z axies.
150m/min
Driving method
Servo motor driver
Max. simultaneous movement speed along the X, Y, and Z axies.
180m/min
Workstation switching method
Parallel exchange
Positioning accuracy
±0.01mm
Table changeover time
Adjustable from 10-15 seconds
Repeatability accuracy
±0.03mm
Cutting characteristic
Groove cutting / Thick plate cutting
Max. linkage speed
180m/min
Laser head characteristics
Follow up collision detection function
Max. acceleration speed
2G~3G
Nozzle function
Optional functions such as automatic cleaning and one click automatic replacement
Min. programmable measurement path
0.001mm
Monitor size
32 inches
Recommended power range
3KW~30KW
Whole machine weight
Ranging from 8400kgs
Fast, Accurate, Non-stop Video Series
Your search for the ultimate cutting solution ends here! These dynamic videos highlight our high-speed laser machines’ triple threat: rapid cutting that outpaces competitors, surgical precision that ensures perfect parts, and non-stop performance that minimizes downtime. Elevate your manufacturing game and secure bigger profits—one flawless cut at a time.
High-speed Laser VS Ordinary Laser: 55% Cutting Speed Promote
The Test: Same Material, Same Design—Who Wins?
High-speed Laser VS Ordinary Laser: 46% Frog-jump Speed Promote
Why High-speed Laser Cutter Transform Your Workshop?
- 3x Faster Production: What took 8 hours now takes 2.5—meet tight deadlines and take on more orders.
- Lower Cost Per Part: Faster cutting + less waste + no rework = cheaper production costs.
- One Operator, More Machines: High-speed lasers need less supervision—one operator can run 2+ machines.
- Stay Competitive: Win bids with faster delivery times and better quality than shops using ordinary lasers.
Core Configuration Comparison Table & Selection Guide
The core configuration differences among high-speed laser cutting machines from different brands are mainly reflected in three dimensions: core component selection, technical tuning, and additional functions. Below are the key parameter differences among mainstream brands (international top-tier, domestic top-tier, and high-cost-performance brands):
Economical Model High-speed Laser Cutting Machine
Suitable for automotive parts manufacturers and startup sheet metal fabrication plants.
|
Components
|
Recommended Configuration
|
Key Parameters / Function
|
|---|---|---|
|
Laser Source |
Raycus / JPT 3kW~6kW Multimode Fiber Laser |
Suitable for high-speed cutting of thin sheets, high cost-performance ratio |
|
CNC System |
Bochu FSCUT/CYPCUT |
Automatic nesting, breakpoint continuation cutting, convenient operation |
|
Transmission System |
Marble table + Linear motor module + Dual-drive gantry |
Acceleration:1.5G~2.0G, X/Y axis speed 120m/min~150m/min, positioning accuracy ±0.03mm |
|
Laser Cutting Head |
Raytools / Precitec automatic focusing |
Anti-collision, highly sensitive height sensing, heat-affected zone < 0.3mm |
|
Exchange Platform |
Dual exchange, switching time ≤20s |
Loading/unloading and cutting are synchronized, increasing efficiency by 15%, loading capacity: ≥ 1t |
|
Auxiliary System |
Air cooling + Zoned dust removal + Safety interlock |
Energy-saving, 95% dust capture rate, meets environmental protection requirements |
|
Cooling System |
S&A CWFL series water chillers |
Dual temperature control for stable laser and optical component temperature |
|
After-Sales Service and Support |
Warranty: 1 year for core components, 1 year for the entire machine |
Response Time: 24-hour on-site service in areas with local agents, 48-hour on-site service in other areas Training: Free operation + process training (1 session) |
Mid-range Model High-speed Laser Cutting Machine
Targeting mid-to-high-end mass production, focusing on cost-effectiveness and stability; Suitable for large sheet metal factories, accommodating multi-material mixed processing, and striving for a balance between efficiency and cost.
|
Components
|
Recommended Configuration
|
Key Parameters / Function
|
|---|---|---|
|
Laser Source |
IPG / Raycus 12–20kW Single-Mode Fiber (BPP < 2.0) |
Dross-free cutting of thick plates, 12mm carbon steel cutting speed 10–18m/min |
|
CNC System |
Bochu FSCUT 4000 / Weihong High-End Version |
Automatic nesting, resume cutting after interruption, AI path optimization, remote diagnostics. |
|
Transmission System |
Marble base table + X/Y axis linear motor module + imported Panasonic/Yaskawa servo motors |
Acceleration: 2.0-2.5G, Positioning accuracy: ±0.015mm, Repeatability: ±0.008mm |
|
Laser Cutting Head |
Raytools/Precitec (Mid-range model) |
Automatic focusing, collision protection, high-speed dynamic tracking |
|
Exchange Platform |
High-speed dual exchange worktable, switching time ≤ 15s |
Loading/unloading and cutting are synchronized, increasing efficiency by 20%, loading capacity: ≥ 2t |
|
Auxiliary System |
Simple automatic loading and unloading mechanism + Zoned dust removal system + Intelligent oil temperature control system + Automatic lubrication device |
Dust capture rate ≥90% |
|
Cooling System |
S&A CWFL Series Dual-Temperature Chiller |
Temperature Control Accuracy: ±0.5℃, Compatible Power: Supports stable operation of lasers up to 12kW |
|
After-Sales Service and Support |
Warranty: 2 years for core components, 1 year for the complete machine |
Response Time: 24-hour on-site service in areas with local agents, 48-hour on-site service in other areas Training: Free operation + process training (1 session) |
High-end Model High-speed Laser Cutting Machine
Positioned for high-end precision/heavy-duty machining, focusing on ultimate performance and intelligence; suitable for aerospace, precision machinery, and heavy steel structures, meeting the demands of high-precision/thick plate/24-hour continuous production.
|
Components
|
Recommended Configuration
|
Key Parameters / Function
|
|---|---|---|
|
Laser Source |
IPG / Trumpf (Imported), Raycus High-End Model (Domestic) |
Power Range: 15-40kW, Lifespan: ≥150,000 hours, Beam Quality: M²≤1.1 (Near Diffraction Limit), Adjustment Functions: Intelligent Frequency Conversion + Adjustable Pulse Mode |
|
CNC System |
German PA8000 / Trumpf CNC system |
AI-driven process self-optimization, energy consumption monitoring, predictive maintenance, and multi-device collaboration; multilingual user interface with support for cloud data synchronization. |
|
Transmission System |
Marble base table + X/Y axis high-precision linear motor (Imported) Dual-drive gantry system+ Siemens / Kollmorgen (Imported high-end) servo motors |
Acceleration: 3.0-3.5G, Positioning accuracy: ±0.01mm, Repeatability: ±0.005mm |
|
Laser Cutting Head |
Precitec ProCutter / TRUMPF self-developed cutting head |
Dynamic intelligent focusing, burn-in protection, and bevel cutting adaptation (45°/60°). |
|
Exchange Platform |
Heavy-duty dual exchange worktable + automatic leveling, switching time ≤ 10s |
Loading/unloading and cutting are synchronized, increasing efficiency by 30%, loading capacity: ≥ 5t |
|
Auxiliary System |
Fully automatic loading and unloading + 3D material storage system |
The automated storage system can store 100 sheets of material. Dust capture rate ≥ 98%, which complies with EU environmental standards. |
|
Cooling System |
German Habor / Imported high-end water chiller |
Temperature control accuracy: ±0.1℃, Compatible power: Supports lasers of 40kW and below, and features a fault warning function. |
|
After-Sales Service and Support |
Warranty: 3 years for core components, 2 years for the complete machine |
Response Time: 24-48 hour on-site service worldwide Training: Free operation + advanced process + maintenance training (unlimited sessions) |
The core of future factories lies in intelligent processing production lines, which move from automation to autonomy and use AI to achieve adaptive manufacturing; The integration of virtual and real digital twin technology enhances precise control; Flexible modular design responds to changing markets. Ultimately, intelligent production lines will integrate into the manufacturing ecosystem, driving the innovation of the “manufacturing as a service” business model.
Future Outlook: Intelligent and Automated Production.
In the future, high-speed laser cutting machines will become intelligent entities capable of self-awareness and self-diagnosis through real-time monitoring and diagnostics, simulating and optimizing the production process to achieve ultimate efficiency in laser processing.
AI-Powered Process Parameter Matching
Automatically generates optimal laser cutting parameters, reducing reliance on manual adjustments and ensuring stable and consistent processing quality.
Real-time Monitoring and Diagnosis
Dowell Laser can be optionally equipped with multiple sensors to collect data in real time. AI analysis is then used to assess quality, provide warnings, and predict potential equipment failure risks.
Digital Virtual Simulation
Virtual simulation allows for the operation and optimization of laser cutting processes without occupying actual production time, improving efficiency and maintenance levels.
Future Outlook: Automation - The Engine for Increased Efficiency
Automated Process
Integrating automatic sheet metal loading and unloading, warehousing, and MES systems to achieve end-to-end closed-loop production.
Unmanned Operation
24/7 daily unattended operation, improving production efficiency and quality consistency, and reducing cost risks.
Flexible Manufacturing
Rapid switching between multi-variety, small-batch production, and agile response to changing demand.
Click [Online Consultation] to receive three free benefits:
① Exclusive production capacity matching plan + precise quotation
② Industry-specific processing efficiency comparison report
③ Free process trial cutting opportunity worth [5000 RMB]!
Secure Dowell High-speed Laser Cutting Machine Now!
Our 24/7 technical consultants are available online to answer your questions. We provide selection recommendations within 10 minutes, helping you achieve optimal configuration for high productivity, low loss, and quick return on investment. Keep your orders flowing and your profits steadily growing – inquire now and seize the opportunity in the high-end market!
