Hard and Brittle Material Machining Services
Quartz
Quartz is a material characterized for high hardness, exceptional purity, and significant machining difficulty. Traditional processing methods often result in cracking or unstable precision.
With years of hands-on experience, Hold Well has developed a deep understanding of quartz machining. Our advanced processing technologies are widely applied across the semiconductor, optics, electronics, precision instrumentation, and chemical industries. We are dedicated to delivering manufacturing solutions that meet the industry's highest standards for precision, reliability, and consistent quality.
| Industry | Application Fields | Machined Products |
| Semiconductor | Wafer Processing | Quartz Crucible、Quartz Rod、Quartz Boat |
| Photolithography Processes | Quartz Photomask | |
| Etching and Deposition | Quartz Chamber、Quartz Tube、Quartz Tube Reactor | |
| Cleaning and Purification Processes | Quartz Tank | |
| Optics | Precision Optics | Used in high-end optical instruments and scientific research equipment, such as lenses, optical prisms, and optical flats. |
| Infrared Applications | Applied in the production of infrared optical filters and infrared optical substrates, supporting high-performance infrared sensing and imaging. | |
| Laser Applications | Designed for low-loss and high-stability performance, including laser optical windows and quartz laser cavities. | |
| LED | Optical Applications | Precisely controlling LED light beams to enhance luminous efficiency and color rendering, using optical lenses and optical windows. |
| LED Packaging and Encapsulation | Providing superior protection for LED emitters to ensure long-term reliability under harsh environments, such as LED encapsulation materials and LED reflectors. | |
| Solar Energy | Solar Cells | Quartz Solar Cover Glass |
Ceramic
With years of machining experience and R&D expertise, Hold Well delivers highly efficient and precise processing technologies, creating a distinct competitive edge in ceramic machining.
By leveraging advanced manufacturing techniques and rigorous quality control, we ensure outstanding stability and precision, meeting the stringent demands of the semiconductor and high-end manufacturing industries.
| Categories | Application Fields |
| Semiconductor Ceramics | Semiconductor Process Equipment Components:Ceramic Forks, Electrostatic Chucks (ESCs) |
| Corrosion-Resistant Components for Etching and Deposition: Ceramic Substrates and Rings, Cerium Oxide Targets | |
| Insulation and Thermal Management Components: Wafer Processing Consumables | |
| Alumina Ceramics | Electronics Applications: Insulating Substrates, IC Packaging Materials |
| Industrial Manufacturing Applications: Wear-Resistant Parts, Sealing Rings | |
| Medical Applications: Dental Materials, Artificial Joints | |
| Aluminum Nitride Ceramics | Electronic Cooling Substrates, LED Thermal Management materials |
| High-Frequency Components for Microwave Communication Devices | |
| Zirconia Ceramics | Tool Applications: Ceramic Knives, Cutting Tools |
| Medical Applications: Dental Crowns, Hip Joint Prostheses |
Silicon carbide (SiC)
Silicon carbide (SiC) is rapidly emerging as a critical material for next-generation technologies. However, its extreme hardness and brittleness present significant machining challenges. Leveraging advanced precision machining capabilities and extensive manufacturing experience, Hold Well has successfully overcome the barriers of SiC processing. We provide high-precision machined products that meet the stringent standards of the semiconductor, electric vehicle, aerospace, and new energy industries, enabling our clients to outperform in their industries.
| Industry | Application Fields |
| Semiconductor | Semiconductor Process Equipment: SiC Chambers, SiC Susceptors |
| Wafer Processing: SiC Wafer Carriers, SiC Substrates | |
| Electric Vehicles (EVs) | Thermal Management and Insulation: SiC Heat Spreaders, Semi-insulating SiC Substrates |
| Optics | Optical Components: SiC Mirrors |
| Industrial Applications | Mechanical Components: SiC Bearings |
Carbon Fiber Composite
Carbon fiber composites are a go-to choice across high-end industries like aerospace, automotive, sports equipment, and medical devices, thanks to their lightweight strength and outstanding durability.
We know every customer has unique needs, so we offer customized machining services to make sure every product hits the right specs and fits its application perfectly.
| Industry | Application Fields |
| Aerospace | Aircraft Interior Structures (Seat Frames, Partitions, Floor Panels) |
| Aircraft Skin Panels (Fuselage Coverings) | |
| Satellite Support Structures | |
| Automotive | Body Panels (Hood, Doors, Trunk Lid) |
| Carbon Fiber Chassis Components (Subframes, Suspension Mounts) | |
| Interior Trim Parts (Dashboard Panels, Steering Wheels, Door Trims) | |
| EV Battery Enclosures | |
| Sports Equipment | Bicycle Frames |
| Golf Club Shafts and Heads | |
| Skis and Snowboards |
Micro Hole Machining
Micro-hole drilling plays a critical role in precision manufacturing. Balancing higher accuracy, faster processing speeds, and cost-efficiency has become a major priority for the industry.
Leveraging innovative technologies and advanced precision machining capabilities, Hold Well has overcome the limitations of traditional micro-hole drilling — achieving smaller diameters, higher precision, and consistently stable quality.
