CNC Machined Quartz Plates High Precision
With the aid of CNC machines, we are capable to supply high precision quartz plates in custom shapes according to customer’s drawing. CNC machining can achieve high-precision and complex shaped quartz wafer manufacturing, meeting various high demand application scenarios.
Product Features：
● High precision: CNC machining can achieve micrometer level precision, suitable for the needs of high-precision instruments.
● Complex shapes: Through CNC technology, complex geometric shapes such as curved surfaces, slots, holes and irregular structures can be machined.
● Excellent physical and chemical properties: Quartz glass has high hardness, high temperature resistance, corrosion resistance, low thermal expansion coefficient and other characteristics, making it suitable for use in extreme environments.
● Excellent optical performance: Quartz plate has good transparency and is commonly used in optical components such as optical lenses, window lenses, prisms, etc.
Application Areas:
● Optics, it is used to manufacture optical components such as lenses, prisms, window panels, and filters.
● Semiconductor industry: used as carriers, masks, etc. in wafer processing.
● Laser technology: used as window plates, mirrors, etc. of lasers.
● Chemical engineering: used for corrosion-resistant and high-temperature resistant reactors, observation windows, etc.
● Aerospace: used for high-precision sensors, optical instruments, etc.
Technological process:
Material selection: Choose high-purity quartz material to ensure stable performance.
Design drawings: Design the shape, size, and accuracy requirements of the quartz plate according to the requirements.
CNC programming: Writing machining programs, determining tool paths, cutting parameters, etc.
Rough machining: Using CNC machine tools for preliminary forming and removing excess materials.
Precision machining: Performing high-precision machining to ensure size and surface smoothness.
Polishing and cleaning: Polish the quartz plate to improve surface quality, and then clean to remove impurities.
Testing and packaging: Use precision instruments to test dimensions, surface quality, etc., and package after passing the inspection.
