1.High precision cutting
Equipped with imported lasers and precision control systems, the focused spot reaches 5 microns and the positioning accuracy reaches ±3 microns, with a repeat accuracy of ±2 microns, ensuring the precision of each cut, suitable for precision machining needs, especially for that require high precision such as electronic ceramics and bioceramics.
2. High efficiency
With a laser power of up to 150W, cutting speed can reach 500mm/s, which can quickly complete cutting tasks. Suitable for batch production environment, it improves production efficiency and reduces operation time cost.
3. Compatibility with a variety of materials
It can cut a variety of ceramic materials, including alumina ceramics, zirconia ceramics, siliconide ceramics, etc. The adjustable cutting parameters of the equipment adapt to the cutting needs of different materials, expanding the application field of the equipment.
4. Stability durability
The marble platform provides extremely high physical stability and corrosion resistance, allowing the equipment to operate stably in long-term and high-load industrial environments. The linear motor and-loop control system further enhance the operational stability of the equipment, suitable for continuous operation.
5. High degree of automation
The equipment is equipped with CNC precision machining and integrated vision systems, supporting automatic positioning, automatic cutting, reducing human intervention, and improving ease of operation, suitable for large-scale production environments. The human-machine interface friendly, simplifying the operation process, and even with minimal training, operators can quickly get started.
6. Low heat-affected zone
Laser cutting has the advantage of low heat-affected zone, which reduces thermal deformation and thermal damage of materials, ensuring the integrity and smoothness of the machined edges. Suitable for heat-sensitive materials and highdemand cutting projects, such as high-precision components in the medical and aerospace fields.
7. Environmental protection and energy saving
The laser cutting process has no dust, no, and reduces the impact of traditional processing methods on the environment. At the same time, the high-efficiency design of the equipment reduces energy consumption, saves operation costs for enterprises, conforms to the green and environmental-friendly industrial development trend.
8. Flexible processing capability
The equipment supports the processing of materials with a size of 300×300mm, with high flexibility, suitable for most ceramic cutting needs. The cutting thickness can reach up to 1.5mm, capable of handling cutting tasks from parts to medium-sized components.
9. Adapt to a wide range of application scenarios
In addition to ceramic materials, it can also be used to cut high-hard materials such as metal alloys and composite materials. The equipment is particularly suitable for high-standard industrial fields such as precision instrument manufacturing, electronic component production, and aerospace component.