Precision Ceramic Arm for Semiconductor Wafer Drive Systems

Advanced ceramic wafer handling components engineered for semiconductor fabrication equipment with exceptional precision, thermal stability, and cleanroom compatibility

Ceramic Arm for Wafer Drive of Semiconductors - Semiconductor wafer handling ceramic fork tools used for wafer transfer and positioning in semiconductor manufacturing equipment.
  • Ceramic Arm for Wafer Drive of Semiconductors - Semiconductor wafer handling ceramic fork tools used for wafer transfer and positioning in semiconductor manufacturing equipment.
  • High-precision ceramic wafer handling fork with integrated sensor, designed for semiconductor wafer transfer systems. Used in automated wafer handling equipment for stable wafer support, positioning, and detection during semiconductor fabrication processes.
  • Precision ceramic wafer handling arm plate designed for semiconductor wafer transfer systems. Used in automated wafer handling robots and semiconductor fabrication equipment to support stable, low-particle wafer movement in cleanroom environments.
  • High-precision ceramic wafer handling end effector designed for semiconductor wafer transfer robots. Suitable for automated wafer handling systems in semiconductor fabrication equipment, providing stable wafer support with low particle generation for cleanroom environments.

Ceramic Arm for Wafer Drive of Semiconductors

Touch-Down produced Ceramic arm for wafer drive of semiconductor feature good structural strength, high temperature resistance, high pressure resistance, good accuracy, good parallelism, high density and uniform organization. For many years, it has been used by the semiconductor manufacturing plant.

Touch-Down boasts a group of excellent engineers and enjoys a unique high-profile technology in the special-shaped ceramic processing projects. Special-shaped processing technology is the strengths of Touch-Down.

Located near the Science Park of Taiwan Hsinchu, the world-renowned science and technology town, our plant enjoys more than 25 years of professional production and processing experience in alumina, zirconia, silicon nitride, silicon carbide ceramic production and processing. We boast strong technical force, refined equipment and rich processing experience. Now we have several precision CNC equipment, precision machine tools, and a variety of leading processing technology and processing tools as well as sophisticated detection equipment to ensure product quality and precision. We are able to produce precision ceramic parts of a variety of specifications, types according to customer drawings. Our products feature high precision, good performance and are widely used in semiconductor, photovoltaic, precision machinery, military, medical, scientific research and other field.

Touch-Down is a professional manufacturer of semiconductor equipment components. Our main products include End Effectors, Wafer Blades, Robot Forks, Ceramic Arms, and Wafer Handling Components. Compatible with equipment from Applied Materials, Lam Research, TEL, Hitachi, and other leading international manufacturers. We offer OEM services and custom solutions with reliable lead times and consistent quality. Inquiries with drawings or samples are welcome.
Ceramic Cutting / Grinding Disc (For Semiconductor)

This image shows a set of precision ceramic wafer handling forks used in semiconductor fabrication equipment. These components function as wafer transfer end effectors in automated wafer handling systems, supporting safe movement and positioning of silicon wafers throughout the manufacturing process.

Manufactured from high-purity technical ceramics, these wafer forks provide:

Low particle generation for cleanroom compatibility

High thermal stability for process environments

Excellent mechanical rigidity for precise wafer support

Chemical resistance for semiconductor fabrication conditions

Different fork geometries are designed to support various wafer diameters (150mm / 200mm / 300mm) and equipment architectures, including wafer transfer robots, wafer aligners, wafer inspection systems, and process tool loading modules.

These ceramic components are widely used in semiconductor fabs, wafer handling automation platforms, and front-end wafer processing equipment.

Main Features

Touch-Down produced precision ceramic parts feature good structural strength, high temperature resistance, high pressure resistance, good accuracy, good parallelism, high density and uniform organization.

The Main Products

Ceramic Bolt, Ceramic Shaft, Zirconia Ceramic, Plug Gauge, Ring Gauge, Alumina Ceramic Arm, Ceramic Disc, Ceramic Ring, Microporous Ceramic Vacuum Chuck, Substrate, Ceramic, Ceramic Rails, Special-Shaped Pieces and so on.

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How can you ensure zero contamination and maximum wafer handling precision in your semiconductor fabrication process?

Touch-Down's precision ceramic arms for wafer drive deliver ultra-high accuracy with 0.0001-0.0003mm tolerance and low particle generation specifically designed for cleanroom semiconductor environments. Our 29 years of manufacturing expertise and ISO 9001 certification guarantee consistent quality and reliability for your wafer handling automation systems. Contact us today to discuss custom solutions compatible with your existing equipment from Applied Materials, Lam Research, TEL, or Hitachi.

Our special-shaped ceramic processing technology represents a core strength of Touch-Down, enabling custom design and production of ceramic arms tailored to support various wafer diameters (150mm, 200mm, 300mm) and equipment architectures. Whether for wafer transfer robots, wafer aligners, wafer inspection systems, or process tool loading modules, our ISO 9001:2008 certified production facilities combine precision CNC equipment, advanced machine tools, and sophisticated detection systems to ensure consistent quality and reliable lead times. We welcome inquiries with technical drawings or samples and offer comprehensive OEM services and custom solutions that meet the demanding requirements of modern semiconductor fabrication environments.