About YCLASER
Located in the Optics Valley Science and Technology Innovation Park, a national-level science and technology enterprise incubation base in Wuhan, known as the "Optics Valley of China," the company primarily researches and produces various models of high-precision laser cutting machines and ultra-high precision micro-nano processing equipment for hard and brittle materials. These products are widely used in semiconductor chips, solar photovoltaics, new energy vehicles, advanced ceramics, aerospace, and medical devices. Yuchang Laser's processing center also provides various contract manufacturing services.
As a leader in high-precision laser equipment, Wuhan Yuchang Laser adheres to a development strategy of "R&D as the core, patents as the moat." Currently, we have established a multi-dimensional technological barrier and authoritative certification system:
I. Authoritative Qualifications and Industry-University-Research Strength: Our company has been officially recognized as a National High-tech Enterprise. Leveraging our strong research foundation, we have established in-depth technical collaborations with renowned domestic universities, currently serving as: a "University-Enterprise Collaborative R&D Base" at the School of Optoelectronic Science and Engineering, Huazhong University of Science and Technology; and a "Industry-University-Research Collaboration Base" at the School of Mechanical Engineering and Automation, Wuhan Textile University.
These deep collaborations ensure that our technology remains at the forefront of industry theory and application.
II. Core Patents: Defining High-Precision Cutting Standards
We possess numerous independent intellectual property rights in the field of laser processing, overcoming several critical technical challenges:
Hardware Innovation
We hold utility model patents for "a laser cutting nozzle for a high-precision laser cutting machine," "a high-speed, high-precision laser cutting machine," and "a widely adaptable precision cutting machine," ensuring the equipment's extreme stability under high-speed operation.
In-depth Cultivation of Niche Markets
For high-hardness and brittle materials, we have developed "an integrated machine for laser cutting, drilling, and scribing of electronic ceramics with easy positioning," filling a gap in the industry.
III. Software Copyright: The Brain of Intelligent Control
Our company has independently developed multiple precision control systems, including:
High-Precision Laser Cutting Machine Digital Control Operation Platform V1.0;
Electronic Ceramic Laser Cutting and Drilling System V1.0;
High-Precision Laser Micro-hole System V1.0.
These fully independently developed software systems ensure high compatibility and rapid response of the equipment's hardware and software.
IV. Empowering Vertical Industries: Supporting Intelligent Manufacturing
We have made specialized technical reserves for core application scenarios, possessing patents related to:
High-Speed, High-Precision Laser Cutting Machine Systems for New Energy Vehicle Motors.
This signifies that our equipment has reached automotive-grade processing standards, providing reliable precision processing support for the global new energy vehicle industry chain.
We always adhere to the philosophy of "customer needs as the core," providing not only high-quality laser cutting equipment but also comprehensive supporting services—from initial process consultation and parameter debugging, to mid-term equipment installation and operation training, and finally to post-installation maintenance and technical upgrades, offering one-on-one service throughout the entire process to ensure stable equipment operation and rapid capacity expansion for our customers.
Whether you need to cut various precision ceramics such as alumina, zirconium oxide, and silicon carbide, or have personalized process requirements or customized intelligent equipment needs, Yuchang Laser can provide you with exclusive solutions. Interested customers are welcome to consult and visit us to witness the cutting effect of our equipment firsthand. Let's work together to help your company achieve high-efficiency, precision, and automated upgrades in high-end ceramic processing.
Our Products
laser processing services
Model: Custom‑laser‑service‑01
Parameters: Supported material thickness: 0.05‑11 mm; Stable mass‑production thickness: ≤6 mm; Positioning accuracy: ±0.005 mm; Kerf width: 0.02‑0.15 mm; Hour‑based chargin(20-30usd/h); No minimum order quantity
Precision laser cutting machine
Model: YC-TC01/YC-TCSF/YC-TCHP/YC-TCAT/YC-GJMD/YC-GJMPCB/YC-GJM01/YC-BLD/YC-BLSW/YC-BLDW/YC-UVP/YC-UVN.
Parameters: Working area:200x200mm, 300x300mm, 400*400mm, 400*500mm, 500*600mm, 600*600mm, 600*700mm, 800*800mm, 1000*1000mm, 1250*1250mm, 600*900mm, 900*1300mm, 1300*1300;
Power：10w, 15w, 20w, 30w, 50w, 80w, 120w, 150w, 300w, 450w, 600w, 1000w, 1500w, 2000w, 3000w;
Wavelength：1060-1080nm，532nm，1064nm，355nm，10.6μm；
Cutting thickness: 0.01mm-20mm
Drilling precision: Minimum 0.05mm
Company Gallery
Certifications & Awards
Success Stories & Case Studies
South Korean High-Precision Manufacturing Company
The equipment fully meets the high precision and high stability requirements of overseas high-end manufacturing, achieving a finished product yield rate that meets international high-end standards; stable operation throughout the process, low maintenance costs, and adaptability to stringent overseas production conditions successfully verifying the equipment's export suitability and international quality, helping the brand to enter the South Korean high-end precision manufacturing market.
Successful high-end precision equipment export project.
Designed for demanding precision manufacturing applications.
Supports advanced ceramics and other hard and brittle materials.
Stable operation in an overseas production environment.
Demonstrates international delivery and customization capabilities.
High-end electronic component manufacturer in Taiwan
After the implementation of the dual-head, dual-beam path customized system, the equipment's processing capacity nearly doubled compared to a single-head machine. The processing accuracy at both stations was highly consistent, with no cumulative deviation. It perfectly met the client's flexible production needs for multiple product categories, high precision, and fast delivery times, significantly improving production line utilization and order fulfillment capabilities. The customized solution received high praise from the client.
Customized dual-head and dual-optical-path configuration.
Supports dual-station processing.
Combines production efficiency with flexible manufacturing.
Suitable for multi-product and small-batch production.
Demonstrates strong customized equipment development capabilities.
High-tech Enterprise in China's Electronics
The equipment is suitable for long-term continuous mass production conditions, with a low failure rate and high stability, perfectly replacing traditional mechanical cutting processes; effectively reducing product chipping and breakage rates, significantly improving mass production efficiency and product consistency, helping customers achieve large-scale, standardized mass production of ceramic parts, effectively reducing production costs, and enhancing market delivery competitiveness.
Seven machines deployed for large-scale production.
Supports standardized ceramic processing lines.
Suitable for long-term continuous manufacturing.
Proven in consumer and automotive electronics applications.
Demonstrates scalable equipment deployment capabilities.
National-level Semiconductor Materials Research Institute
The equipment enables cold processing of semiconductor ceramic materials, effectively avoiding thermal stress cracking and surface damage, and the processing tolerance is stably controlled at the micron level; it successfully meets the R&D and trial production needs of semiconductor precision components, greatly improving the R&D efficiency and sample yield of new semiconductor ceramic devices in the institute, and the equipment's precision and stability have reached the high-end standards of scientific research in the industry.
Designed for semiconductor ceramic processing applications.
Supports precision cutting, drilling, and slotting.
Suitable for both R&D and small-batch prototype production.
Customized according to material and process requirements.
Stable operation in a professional research environment.
Top-tier research platforms in universities (Tsinghua University)
The equipment maintains high precision and low wear over a long period of time, perfectly matching the stringent processing standards of scientific research. It effectively solves industry problems such as easy chipping, thermal damage, and dimensional deviation in the laser processing of hard and brittle ceramic materials. It has helped the laboratory complete a number of new ceramic material technology breakthroughs and supported the implementation of several provincial and national scientific research projects. It has become the core main equipment of the laboratory's new material pilot and testing platform, fully verifying the equipment's scientific research-grade precision and long-term stability.
Applied in a high-level research and pilot-scale testing environment.
Supports cutting, drilling, and complex ceramic processing research.
Suitable for both scientific research and pilot-scale process validation.
Long-term stable operation for continuous research applications.
Demonstrates the system's capability for high-precision ceramic laser processing.
Company & Product Videos
Company Introduction & Factory Tour
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Product Demonstration - Kestrel K-1
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Technology Innovation Showcase
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Customer Testimonials & Success Stories
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