Fiber Laser Cutting machine Manufacturing Service
As a manufacturer of fiber laser cutting machines, our strengths lie in leading-edge technology and reliable quality. We continuously innovate and possess the most advanced laser cutting technology to provide high-precision and high-efficiency cutting solutions that meet diverse customer needs.
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bring you endless possibilities and excellent processing results.
As your reliable partner, we sincerely invite you to purchase our superhard material fiber laser cutting machine and embark on your processing journey.
PCD Composite Plate Cutting and Punching
Our superhard material fiber laser cutting machine provides efficient and precise cutting and punching solutions for PCD composite plates. With excellent cutting accuracy and high energy density, it enables fast cutting and fine punching of PCD composite plates, meeting the requirements of tool manufacturing and processing industries for high-quality machining.
PCD Wire Drawing Die Cutting and Punching
Our superhard material fiber laser cutting machine offers fine cutting and precision punching solutions for PCD wire drawing dies. With a high-power laser beam and excellent beam quality, it achieves high-precision cutting and micro-hole processing of PCD wire drawing dies, meeting the dimensional accuracy and surface quality requirements of wire drawing die manufacturers.
CVD Diamond Cutting and Punching
Our superhard material fiber laser cutting machine provides efficient and precise cutting and punching solutions for CVD diamond. Through high energy density and superior cutting control, it can rapidly and accurately process CVD diamond materials, meeting the requirements for high-quality machining and widely applied in industries such as optoelectronics and semiconductor.
CBN Composite Plate Cutting and Punching
Our superhard material fiber laser cutting machine delivers efficient and precise cutting and punching solutions for CBN composite plates. With a high-power laser beam and fine cutting capability, it enables fast cutting and fine punching of CBN composite plates, meeting the diverse needs of tool manufacturing and processing industries.
CVD Diamond Cutting and Punching
Our superhard material fiber laser cutting machine provides efficient and precise cutting and punching solutions for ceramic materials. By adjusting cutting parameters and optimizing processes, it achieves rapid and accurate processing of ceramics, widely applied in ceramic product manufacturing, electronic ceramics, and other fields.
CVD Diamond Cutting and Punching
Our superhard material fiber laser cutting machine offers efficient and precise cutting and punching solutions for silicon wafers. With high energy density and excellent cutting control, it enables fast and accurate processing of silicon wafer materials, meeting the requirements of semiconductor and optoelectronic industries for high-quality machining. Whether cutting wafers or punching microstructures, our cutting machine provides reliable solutions to help customers improve production efficiency and product quality.
Specifications Of our fiber laser Cutting Machine
Choosen our advanced processing tools will bring significant advantages and benefits to your production line.
Key Features
Lens-free Precision
There is no optical lens in the resonant cavity of the laser of the precision diamond fiber laser cutting machine, which has the advantages of adjustment-free, maintenance-free and high stability. Because of the high photoelectric conversion rate of the fiber laser, there is no need for a water cooler. The power consumption ofthe whole machine is only 10% ofthat ofthe traditional laser, and the performance and stability ofthe equipment have been greatly improved.
Multiple Uses
Diamond is widely used in the industry. It can cut a variety of superhard materials with different thicknesses, such as cutting, punching and chamfering PCD wire drawing die, PCD compact, CVD diamond, CBN compact, ceramics, silicon wafers and other materials.
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Benefits our diamond fiber laser cutting machine
FY Diamondlase guarantee that our superhard material fiber laser cutting machine excels in performance, operation, customization, and after-sales service. It provides customers with high-quality and efficient cutting solutions, establishing long-term partnerships with our valued clients.
High Production Efficiency
With advanced laser technology and precise cutting control, we get high-speed and high-quality cutting results with our cutting machine. Production efficiency will go up, delivery cycles will shorten, customer demands will go up, and you'll get more business.
Precision Processing
We're able to cut and drill at micron-level precision with our cutting machine, which has excellent cutting accuracy and beam quality. With our cutting machine, your designs will shine with exceptional quality, whether they're complex geometries or intricate structures.
Versatility for Multiple Materials
The cutting machine can handle PCD composite plates, CVD diamond plates, CBN composite plates, ceramics, and silicon wafers easily. In addition to meeting your cutting and drilling needs for different materials, you'll be able to explore a broader market space.
Customized Solutions
In order to meet the unique and significant requirements of each customer, we offer customized solutions through machine configuration and process optimization tailored to your specific needs. In addition to providing continuous technical support and after-sales service, we will work closely with you to make sure your cutting machine meets your expectations.
Need Superhard Solution?
Fabricating Service solution
In order to better meet customers' demand for laser cutting machine processing, if you have the demand for laser cutting, but don't want to invest in the purchase of laser cutting machine, we also provide you with one-stop laser cutting processing service, put forward your demand, and we will provide you with a better solution.
Hear from our clients
With our equipment, customers can significantly reduce energy consumption as well as improve production efficiency, thereby reducing costs. We also provide comprehensive after-sales service and technical support so that our products provide lasting value and smooth operation.
FY Diamondlase Fiber Laser Cutter vs. Traditional YAG Cutter
- PCD 1.6: 200MM/MIN; PCD 2.0: 150MM/MIN; PCD 3.2: 50MM/MIN
- PCD 4.0: 150MM/MIN (Once double-faced) ; PCD 5.0: 110MM/MIN (Once double-faced); PCD 8.0: 60MM/MIN (Double face cut twice)
- CBN 1.6 with alloy: 130MM/MIN
- CBN 2.0 with alloy: 90MM/MIN
- PCD 1.6: 100MM/MIN; PCD 2.0: 70MM/MIN; PCD 3.2: 15MM/MIN
- PCD 4.0: 70MM/MIN (Once double-faced) ; PCD 5.0: 60MM/MIN (Double face cut twice); PCD 8.0: 60MM/MIN (Double face cut twice)
- CBN: Usually occurs cracks or gap on the blades
- CBN: Usually occurs cracks or gap on the blades
FAQs About Fiber Laser Machine Manufacturing
How to operate fiber laser cutting machine?
The general operational process for superhard material fiber laser cutting machine is as follows:
1. Material Preparation: Firstly, prepare the superhard material to be cut (such as PCD composite plates, CVD diamond, etc.). Ensure the material surface is clean and apply any necessary markings or fixations according to the specific requirements.
2. Parameter Settings: On the control interface of the cutting machine, configure the appropriate cutting parameters. This includes selecting the suitable power, frequency, pulse width, and defining the cutting speed and path.
3. Alignment and Positioning: Place the material to be cut on the working table of the cutting machine and use the corresponding positioning devices for precise alignment. Ensure that the material aligns with the laser beam of the cutting machine to ensure accurate cutting positions and shapes.
4. Start Cutting: Once all the parameter settings are confirmed, start the cutting machine. The machine will utilize a high-energy density laser beam to cut through the superhard material. Based on the defined cutting path and speed, the cutting machine will rapidly and accurately complete the cutting process.
5. Monitoring and Adjustment: During the cutting process, monitor the process and results in real-time using the monitoring system. If necessary, make slight adjustments to the cutting parameters based on the actual situation to ensure optimal cutting quality and efficiency.
6. Inspection and Retrieval: After the cutting is completed, inspect the cut pieces. Check the smoothness of the cut edges, accuracy of the cutting shape, etc. If they meet the requirements, remove the cut pieces from the machine; otherwise, it may be necessary to re-cut or adjust the cutting parameters.
7. Post-Processing: Perform further post-processing on the cut pieces as needed, such as removing residual cutting debris, cleaning the surfaces, etc. This ensures the final superhard material cut pieces meet the required specifications.
It’s important to note that the specific operational workflow may vary depending on factors such as the model of the cutting machine, type of material, and specific process requirements. The above steps provide a general reference, and actual operations should be conducted following the user manual and relevant guidelines provided by the cutting machine manufacturer.