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

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Markeren: 
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                3D printed ceramic arm, lightweight corrosion resistant ceramic arm, 997 alumina ceramic industrial arm
                              

Verenigbaarheid:	Universeel	Duurzaamheid:	Hoog
Maatwerk:	Beschikbaar	Controlemethode:	programmeerbaar
Printtechnologie:	3D -printen	Nauwkeurigheid:	Hoog
Automatisering:	Ja	Flexibiliteit:	Hoog
Functie:	Robotarm	Stroombron:	Elektriciteit
Applicatie:	Industrie/Productie	Gewicht:	Lichtgewicht
Materiaal:	Keramiek	Maat:	Aangepast

Verenigbaarheid:	Universeel
Duurzaamheid:	Hoog
Maatwerk:	Beschikbaar
Controlemethode:	programmeerbaar
Printtechnologie:	3D -printen
Nauwkeurigheid:	Hoog
Automatisering:	Ja
Flexibiliteit:	Hoog
Functie:	Robotarm
Stroombron:	Elektriciteit
Applicatie:	Industrie/Productie
Gewicht:	Lichtgewicht
Materiaal:	Keramiek
Maat:	Aangepast

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

3D Printed Ceramic Arm for Industrial Automation

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.

Typical Applications

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

Core Advantages

✓ 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

Technical Parameters

Parameter	Technical Specification	Test Standard
Material Purity	Al₂O₃ ≥99.7%	GB/T 16535
Layer Thickness	20±2 μm	ISO/ASTM 52902
Motion Accuracy	±0.01mm	ISO 9283
Load Capacity	2kg (end-effector)	-
Operating Temperature	0-80°C	-
Surface Roughness	Ra ≤0.5μm	ISO 4287
Corrosion Resistance	pH 1-13 / 24h	ASTM G31

Precision Manufacturing Process

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

Usage Guidelines

⚠️ 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

Professional Services

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

FAQs

Q: How is contamination prevented during sampling?

A: Triple protection design:
① Full ceramic construction
② Hydrophobic surface treatment (contact angle >110°)
③ Positive-pressure clean airflow protection

Q: Can liquid sampling be integrated?

A: Customizable options:
- Embedded microfluidic channels (min. 0.3mm diameter)
- Corrosion-resistant valve integration
- High-precision volume control (±1μL)

Q: Any sterilization restrictions?

A: Permitted methods:
• Autoclaving (121°C/20min)
• Gamma irradiation (≤25kGy)
• Prohibited: Ozone sterilization