Machining and assembly solutions Malaysia

Engineered for high-performance use in medical imaging systems and aviation equipment, these carbon fiber composite parts are crafted from CF, carbon fabric, resin, and prepreg materials.

This PMMA water mold is specially designed for use in CT (Computed Tomography) equipment, ensuring long-term durability, imaging accuracy, and structural integrity.

This telecom outdoor cabinet is engineered for high-performance, weather-resistant use in outdoor telecommunications installations. Made from a combination of aluminum, steel, copper, and stainless steel, the cabinet offers excellent durability, thermal stability, and corrosion resistance.

This precision-fabricated sheet metal assembly is engineered for integration into anesthesia machine systems used in the semiconductor and medical equipment sectors.

This high-precision base plate, made from aerospace-grade AL6061 aluminum, is specifically engineered for use in etching equipment within the semiconductor industry. The part is manufactured using advanced CNC machining, ensuring exceptional flatness and positional accuracy for critical processing environments.

This structural frame is designed for use in chip sorting and inspection systems within the semiconductor industry, supporting high-performance chip sorting and integrated automatic detection for wafer-level packaging.

This airline seat component, designed specifically for airplane cabin interiors, is CNC-machined from solid AL7075 aluminum blocks—a high-strength aerospace-grade material known for its excellent strength-to-weight ratio. Precision manufacturing ensures it meets the strict tolerances required for aviation applications.

This aviation-grade cabin entertainment system assembly is engineered for integration into airplane cabin interiors, focusing on durability, functionality, and lightweight performance.

This Mammographic Gantry serves as the main structure of a mammography system, designed for high stability and precision in medical imaging. Manufactured using a combination of SPHC, SPCC, Q235-A, SUS, and electronic components, the gantry is constructed through a multi-step process: laser cutting, bending, CNC machining, welding, and assembly.

This high-precision support frame component, made from AL6061 aluminum, is specially engineered for use in medical equipment structures. Fabricated using advanced CNC large-format machining, the part ensures exceptional dimensional stability and accuracy — essential in demanding medical environments.

Our PET Ring is a critical steel component designed for use in PET CT systems within the medical industry. Engineered for high precision and structural reliability, the ring is manufactured using CNC 5-axis robot welding, laser cutting, and advanced machining technology to ensure exceptional quality and consistency.