3D printed Ceramic Arm offering lightweight corrosion resistant properties made from 997 alumina ceramic for industrial

Lightweight and durable 3D printed ceramic robotic arms made from 99.7% high-purity alumina (Al₂O₃) ceramic material, formed integrally through Selective Laser Melting (SLM) 3D printing technology. Designed specifically for laboratory automation, it features ultra-high cleanliness, corrosion resistance, and lightweight properties, meeting ISO 14644-1 Class 5 cleanroom standards.

• Biological Labs: Cell culture sampling robotic arms
• Pharmaceutical Industry: Drug dispensing in sterile environments
• Chemical Analysis: Automated sampling of corrosive liquids
• Semiconductor Inspection: Wafer surface particle collection
• Food Testing: Automated microbial sampling

• ✓ Ultra-High Precision: Repeat positioning accuracy ±0.01mm
• ✓ Corrosion Resistance: Withstands pH 1-13 acid/alkali solutions
• ✓ Lightweight Design: 50% weight reduction compared to traditional metal arms
• ✓ Contamination-Free: Metal ion release <0.1 ppb
• ✓ Rapid Customization: 72-hour turnaround from design to prototype

Digital Modeling:

• Kinematic simulation optimization
• Stress topology optimization design

3D Printing:

• 20μm precision powder layering
• 1064nm laser micro-zone melting

Post-Processing:

• 1600°C vacuum sintering
• Nanoscale surface polishing
• Laser marking for traceability

Cleaning & Packaging:

• Megasonic cleaning
• Plasma activation
• Vacuum sealing

• ⚠️ Environmental Requirements: Temperature 20±2°C, Humidity 40-60% RH
• ⚠️ Sterilization Methods: Ethanol/UV disinfection only
• ⚠️ Motion Control: Max speed ≤0.5 m/s
• ⚠️ Maintenance Cycle: Calibration every 200 hours

• Certification Reports: Biocompatibility report (ISO 10993) provided
• Custom Development: Supports quick-change end-effector customization
• Training Support: Free operator training (8 sessions)
• Spare Parts Support: 24-hour emergency response