Threaded Core Pins for Optical Tooling Mould Patrs
Manufacturer of threaded core pins for moulded parts for optical components, we manufacture threaded core pins from drawings, the threads are thread ground.
Manufacturer of threaded inserts and core pins for optical component moulded parts
Manufacture of optical mould components from drawings
Optical field
Related products
Optical Mould Components and Tooling Inserts
Manufacturer of precision inserts and cavities, we manufacture components such as mould inserts and cavities, die kernels and cores, slides and core pins for the manufacture of optical components from drawings.
Optical Component Mould Insert Manufacturer
Optical component mould insert manufacturer
Automotive Lens & Mirror Forming Die Tooling and Parts
The company has 16 years of experience in the manufacture of moulded components for automotive lenses and lens moulding. We manufacture moulded components and tools for optical components, which consist of tungsten carbide or hardened tool steel with a rigorous mirror finish.
Fresnel Lenses Machining for Optical Tooling Components
Advantages of Precision Machined and Custom Fresnel Lenses and Fresnel Lenses.
Physically, the Fresnel lens has a narrow profile that focuses light similar to a conventional optical lens, but has several advantages over its thicker counterparts:
Light weight: a very interesting option in situations where weight is important (automotive, aerospace, etc.);
Large format: Fresnel lenses are very useful for standard and wide-angle applications;
Various substrate materials: substrate materials vary from acrylic to polycarbonate and glass.
Performance: excellent light gathering capability.
SPP Industry Ltd.
In the 1990s, SPP Industry Ltd was one of the first manufacturers to establish CNC machining in China. The company has now established five major machine parks in China, with significant achievements in the areas of 5-axis machining, precision grinding & honing, gear machining, large parts machining, custom tungsten carbide and new material development respectively.
