Ceramic Robotic Arm Manufacturer & Supplier

Super wear resistance: Hardness HRA 80–90; Verschleißfestigkeit >10× that of metal, ideal for high-frequency motion.

Lightweight design: Density 3.8–6.0 g/cm³; 30–50% lighter than metal, reducing inertia and energy consumption.

Extreme environment resistance: Operating temp 800–1600°C; resistant to acid/alkali (pH 1–14), radiation, solvents.

Biokompatibilität: Medical-grade ZrO₂ (FDA / ISO 13485), safe for prosthetics and surgical robots.

Robot joint bearings (ZrO₂): friction coefficient ≤0.1; service life 5× longer than metal.

Semiconductor wafer handling arms: ultra-clean, anti-static, Ra ≤0.1 μm.

Prosthetic joints (ZrO₂): biocompatible, service life ≥15 years.

Surgical robot arms: autoclavable (121°C / 30 min).

High-temperature furnace arms (SiC): stable at 1600°C.

Space robotic arms: radiation & low-temperature resistant (-200°C).

Corrosion-resistant agitator arms (Al₂O₃).

Food-grade conveying arms: FDA compliant, zero adhesion.

Full customization: multi-axis, hollow, lightweight, bionic structures.

Functional integration: embedded pressure/temperature sensors.

Surface treatment: DLC coating, antibacterial plating (medical grade).

Cost efficiency: 30–50% lower than imported brands.

Item	Arm aus Aluminiumoxidkeramik	Zirconia Ceramic Arm	Silicon Carbide Ceramic Arm
Material Purity	≥99.5%	≥99.9%	≥99.5%
Dichte	3.8–3.9 g/cm³	6.05 g/cm³	3.1–3.2 g/cm³
Härte	HRA 80–82	HRA 85–88	HV10: 2200–2800
Bending Strength	≥300 MPa	≥900 MPa	≥150 MPa
Temp Resistance	Long-term 800°C	Long-term 1200°C	Long-term 1600°C
Oberflächenrauheit	Ra ≤0.2 μm (industrial)	Ra ≤0.1 μm (medizinisch)	Ra ≤0.4 μm (high-temp)
Certifications	ISO 9001	RoHS, ISO 13485	ISO 9001