Laser Cutting Machine
From blueprints to products, with precision and speed.
Currently, we mainly research, develop, and manufacture ultra-high-precision laser cutting machines, including picosecond infrared, green light, and ultraviolet laser precision cutting machines for cutting-edge research laboratories. Whether you need to cut materials that are prone to oxidation, temperature-sensitive, or require micron level processing precision, we can provide the best solution for your needs.
This type of precision fiber laser cutting machine operates on a principle similar to that of the more common large-format gantry fiber laser cutting machine, but typically employs servo motors with higher positioning accuracy and faster acceleration instead of stepper motors. It can be equipped with MOPA fiber lasers with superior beam quality and energy control, combined with components such as enclosed cabinets and exhaust systems, to achieve flexible objects processing including precise cutting, drilling and scribing on metal sheets, metal foils, precious metal jewelry, optical glass, silicon circuit boards, and other workpieces.
Perfect flexible processing for small batch samples.
Some industries require fewer parts but have higher requirements for processing accuracy and production tolerances. Examples include sequential transmission gears for high-performance race cars, metal sealing flanges for the aerospace and shipbuilding industries, prototype circuit boards for new home appliances and electronic products R&D, and personalized processing of precious metal jewelry. Compared to traditional CNC machining, Zixu precision laser cutting machines offer significant efficiency advantages from drawing creation and import to sample processing, facilitating precise, flexible, small-batch production.
Maximizing efficiency and value in flexible manufacturing.
Precision fiber laser cutting machines are generally more expensive than gantry-type fiber laser cutting machines, especially when equipped with high-power MOPA fiber lasers. However, compared to CNC milling, lathing, and drilling machines offering the same level of precision, precision fiber laser cutting machines are extremely cost-effective. Additionally, customers can save on production costs because they don’t need to replace CNC tools, and they benefit from the long service life of fiber lasers, which lasts over 100,000 hours.
Unmatched sustainability
Based on proper calibration and maintenance of precision fiber laser cutting machines, their yield rate approaches 100%. When combined with an exhaust system, they can achieve zero air pollution emissions, posing no negative impact on either your work environment or employee health, thereby creating a long-term sustainable competitive advantage. Their flexible processing and adaptable prototyping capabilities further enable you to continuously innovate, adapt to, and even lead the market.
Currently, we offer a small number of ultra-fast picosecond infrared (IR), green, and ultraviolet laser cutting machines to customers for certain cutting-edge applications, providing precise laser processing of special advanced materials and heat-sensitive materials. These picosecond laser cutting machines have extremely high instantaneous energy density and extremely short pulse times, enabling extremely small processing heat zones to meet specific cutting requirements. Although they are expensive and rarely produced, picosecond laser cutting machines are irreplaceable in specific products and fields.
True cold laser processing.
Picosecond lasers are named for their pulse duration reaches the picosecond level, typically less than 10 ps (10⁻¹¹ second). Additional optical gates can be configured to enable Burst Mode, thereby achieving more precise energy control. As a result, picosecond laser cutting machines offer minimal thermal effects and are often used in the production of advanced products such as optical glass (e.g., commonly used K9 glass in the laser industry), high-value natural gemstones, next-generation OLED display panels, and high-performance photovoltaic glass.
Cutting edge, perfectly.
Using cutting-edge ultra-fast picosecond laser cutting machines can achieve perfect cutting edges. For example, K9 optical glass, commonly used in the laser industry, is typically processed using picosecond infrared laser cutting machines. The edges of the glass can still maintain over 95% light transmittance without producing the fuzzy edges typically seen after cutting with ordinary MOPA fiber or UV lasers.
Creation and evolution.
We have responded to new requirements in the field of vehicle identification with the use of scribing machines. Each marked marker is guaranteed to have wear resistance and anti-tamper properties that enhance the security of high-value assets. Our commitment to excellence ensures that each marker meets stringent industry standards, providing peace of mind to manufacturers and vehicle owners.
Material cutting compatibility with different laser sources
| Material / Laser Type | Fiber Laser | MOPA Fiber Laser | UV Laser |
| Metal sheets | √ | √ | ○ |
| Metal foil | ○ | √ | ○ |
| Plastic | ○ | √ | √ |
| Glass | – | √ | √ |
| Ceramic | – | ○ | √ |
| Silicone | – | √ | √ |
| Gemstone | – | ○ | √ |
Tips
√ means the laser type is ideal for cutting this type of material;
○ means the laser type can cut this type of material, but there are some limits;
– means the laser type is not recommended for the job.
Why should you choose Zixu as your laser cutting supplier?
With over a decade of experience in the research, development, and production of laser marking, engraving, and cutting machines, we have accumulated a wealth of cutting examples and experience across various industries and materials. These include high-performance automobiles, aerospace, and precision instruments, as well as high-precision metal cutting and PCB precision cutting and drilling applications in the home appliance and consumer electronics industries. We will provide you with worry-free laser processing services backed by our extensive experience and high-quality supplier network.
High Precision
Our precision laser cutting systems use well-known brands of guide rails and servo motors, with positioning accuracy up to 0.001 mm (1 μm).
Flexible Manufacturing
With the appropriate configuration of lasers, multi-axis, and motion control, a precision laser cutting machine can efficiently process complex shapes.
Sustainability Development
The combination of enclosed cabinets and exhaust systems ensures that the working environment and personnel’s health are not harmed.
Easy Operation
Our precision laser cutting machines have powerful format compatibility and can be put into production after simple debugging after importing files.
Want an un art handing video demonstration on specialized material? Looking for a solution to your specialized environment or automatic process demand?
