0%
Through advanced manufacturing processes, material optimization, and precision engineering, we deliver moulds with superior surface finish, tolerance control, and operational reliability.
GLASSTECH COMPONENTS has a professional design and engineering team dedicated to supporting both foundry and machine shop operations. We utilize advanced software platforms including Siemens NX for product modeling, tool design, and manufacturing planning, and Mastercam for precision CNC programming and machining optimization.
Our team ensures accurate 3D modeling, pattern and core design validation, machining strategy development, and process simulation to minimize errors and improve production efficiency.
Our machine shop is equipped with advanced CNC and VMC machining capable of maintaining tolerances less than10 μm, ensuring exceptional dimensional accuracy and repeatability. These high-precision machines enable consistent control over critical dimensions, surface finish,and geometric tolerances across complex components.
Our advanced machine shops is equipped with 5th-axis VMCs, turn-mill , PTA machines, 4-spindle gun drilling system, EDM machines, 3-axis CNCs, 3-axis VMCs and other supporting equipment, enabling high-precision, complex machining with consistent accuracy and production efficiency.
GLASSTECH COMPONENTS employs PTA welding, an advanced and precise welding technique that utilizes a concentrated plasma arc for nickel coating. Our expertise in PTA welding delivers benefits through enhanced component performance, reduced material consumption and ensuring their operational success.
Heat treatment and annealing processes are essential for improving the mechanical properties of metal components, such as their strength, hardness, and ductility. Controlled heat treatment involves heating components to precise temperatures followed by either cooling or slow cooling to achieve specific material properties.
In annealing, metals are heated to a specific temperature and then slowly cooled to relieve internal stresses, making the material easier to machine or shape. These processes are carefully controlled to optimize metallurgical structures, ensuring that the components can withstand demanding operational conditions without failure.
Our 4-spindle gun drilling system is a state-of-the-art machine designed for deep-hole precision drilling, which is crucial for components with high depth-to-diameter ratios. The system allows for the simultaneous machining of up to four components, dramatically improving efficiency and reducing cycle times.
The four-spindle configuration ensures consistent alignment and high accuracy over long drill depths. This system is particularly useful in industries where deep holes with precise tolerances are required, such as in moulds, castings, and high-performance machinery. It helps increase throughput while maintaining rigorous quality standards.