coretech-revolution

Dixin Technology focuses on front-end processes and back-end packaging and testing for semiconductors, offering customized products and versatile solutions for wafer inspection, packaging, and pick‑and‑place testing. With cleanroom compatibility, precision vibration isolation, and vacuum adaptation, our products meet the stringent motion‑control demands of the semiconductor industry.

From high‑speed optical modules for AI‑driven data centers to co‑packaged optics for future 6G networks, nanometric precision motion control is essential throughout manufacturing. Dixin Technology’s portfolio spans the entire optical communications chain—optical chip fabrication, module packaging, and fiber coupling—delivering ultra‑high‑precision manipulation at every step.

Our standard motion products are flexibly configurable to meet the precision automation needs of most medical equipment. They are widely used in medical imaging, in vitro diagnostics, DNA sequencing, laser cutting of vascular stents, neural network atlas image detection and recognition, micro‑optical sectioning tomography of biological tissues, medical microscopy, and 3D printing of artificial organs.

Dixin Technology specializes in precision laser processing, developing high‑precision motion control modules and subsystem solutions for cutting, welding, marking, etching, and micro‑machining. These processes are critical in advanced markets such as photovoltaic cell manufacturing, aerospace, and medical device production.

Speed, accuracy, and reliability are key for component pick‑and‑place machines, stencil cutters, PCB assembly, and other electronics manufacturing equipment. The high reliability of our products ensures the stringent quality stability and productivity required in this sector.

Dixin Technology has built hundreds of high‑precision systems. Our equipment is used for testing electro‑optical systems, high‑performance laser processing, materials testing and fabrication, target tracking, satellite sensor calibration and validation, inertial navigation testing, scanning, optical positioning, repeatability testing, and lifecycle testing in quality control.

We provide test and inspection solutions for coordinate measuring machines, ultrasonic inspection, sensors, optical systems, and electronic manufacturing. These complex applications demand extreme precision, stability, and durability. Both contact and non‑contact inspection have diverse motion control needs, and we offer a broad range of matching solutions.

For low‑volume, high‑mix part production, 3D printing opens new possibilities. Different materials and processes require varied motion platform performance—including flow control and small‑step stability. Based on modular development, Dixin Technology’s nano‑positioning stages and gantry systems precisely address this market’s requirements.

In research, Dixin Technology continuously develops products for diverse fields. For neuroscience—from mouse and monkey to human brain studies requiring travel ranges from 30 mm to 95 mm in compact, high‑precision stages—we offer the SMH‑SV series. For particle accelerator research, we customize high‑precision gantry systems integrating dual‑drive gantry, Z‑axis, rotation axis, vacuum air circuit, suction gripping, pattern recognition, and force control, reducing engineering effort so researchers can focus on their experiments.