The Zirconia ZrO2 Robot Arm from Semicera represents the next level of robotic automation, offering a high-performance solution for industries that demand precision, durability, and high-purity materials. Manufactured from high-quality Zirconia (ZrO2), this robot arm is designed to withstand extreme temperatures, resist wear, and maintain long-term operational stability in the most demanding environments. Its exceptional thermal stability, wear resistance, and superior mechanical properties make it the ideal choice for high-tech industries like semiconductor manufacturing, precision automation, and materials handling.
Unmatched Durability and Thermal Stability
Crafted from Zirconia (ZrO2), a material known for its superior wear resistance and high thermal stability, the Semicera Zirconia ZrO2 Robot Arm is built to perform reliably in extreme conditions. Unlike traditional metals, Zirconia maintains its strength and integrity even at high temperatures, making it a vital component in precision processes. In addition, the high-purity nature of Zirconia ensures that the robot arm operates in environments where material contamination must be minimized, such as semiconductor wafer processing.
Incorporating advanced ceramic materials like Silicon Carbide (SiC), Alumina (Al2O3), Silicon Nitride (Si3N4), and Aluminum Nitride (AIN), Semicera has created a composite ceramic solution that balances strength, durability, and flexibility for automation tasks. Whether used in axle sleeves, bushings, wafer carriers, mechanical seals, or wafer boats, these advanced materials ensure the robot arm remains resistant to abrasion and thermal shock, providing superior reliability for extended service life.
The main characteristics of zirconia ceramic parts:
1. Excellent wear resistance, much higher 276 times than stainless steel
2. Higher density than most technical ceramics, over than 6 g/cm3
3. High hardness, over 1300 MPa for Vicker
4. Can withstand higher temperatures up to 2400°
5. Low thermal conductivity, less than 3 W/m.k at room temperature
6. Similar coefficient of thermal expansion as stainless steel
7. Exceptional fracture toughness reaches up to 8 Mpa m1/2
8. Chemical inertness, aging resistance, and not rust forever
9. Resistance to molten metals due to an extraordinary melting point.
Zirconia (ZrO2) I main uses
Mold and mould tools (various molds, precision positioning fixture, insulation fixture); Mill parts (classifier, air flow mill, bead mill); Industrial tool (industrial cutter, slitter machine, flat press roll); Optical connector components (sealing ring, sleeve, V-groove fixture); Special spring (coil spring, plate spring); Consumer products (small insulated screwdriver, ceramic knife, slicer).
High-Purity Solution for Semiconductor Applications
In the semiconductor industry, the Zirconia ZrO2 Robot Arm by Semicera excels in applications where precise material handling and contamination control are essential. The robot arm’s high-purity composition is crucial in tasks such as wafer handling, wafer inspection, and materials deposition, where even the smallest contamination can affect product quality. The arm’s robust design ensures optimal performance in cleanroom environments, making it perfect for delicate operations like wafer transport or in equipment requiring high-temperature stability.
The robot arm is also used in critical applications involving mechanical seals, wafer boats, and precision bushing systems. With its exceptional resistance to wear and high thermal stability, it enables smoother operations in automated production lines, reducing the risk of downtime and increasing overall throughput in semiconductor fabrication and processing.
Reliable, High-Performance Automation
The Semicera Zirconia ZrO2 Robot Arm offers an advanced solution for manufacturers seeking robust automation systems with minimal maintenance and maximum precision. Its unique combination of Zirconia (ZrO2) and other high-performance ceramics ensures that it can handle the toughest tasks in industries that demand the highest standards of performance. Whether integrated into semiconductor fabrication processes or advanced manufacturing systems, this robot arm guarantees superior durability, precision, and long-term reliability.
Choose the Zirconia ZrO2 Robot Arm by Semicera for cutting-edge performance, superior wear resistance, and high thermal stability in the most demanding environments.
