PRECISION CNC MACHINING
CNC MILLING3D Instrumentation utilizes a growing figure of precision multi-axis CNC Milling machines to meet the tolerances required by medical devices and implants. Our expert programmers utilize the Computer Numerical Control (CNC) milling process to maintain tight tolerances and assure manufacturing precision.
CNC AUTO LATHETORNOS Swiss Type High-Precision Multi-Axis CNC Auto Lathe Turning, up to 9-Axis allows for complex manufacturing.
CNC TURNINGPrecision multi-axis CNC Turning.
- Experienced engineering group can examine a part and recommend the most efficient, cost effective solution. Our level of expertise allows us to identify potential failure modes and manage risk. The software application of CAD-CAM for CNC machine programmers, machinists, and R&D engineers. With this, complicated and intricate components will be able to be produced at a cycle time, which is more competitive and simplifying production to retain superior quality.
FINISHING AND ASSEMBLY
- Our specialists will work closely with you to determine the best finishing process for your particular medical device. We offer a wide variety of surface treatments such as Bead blast, Hydro-Honing, Buffing and Polishing. For Electropolish, Passivation, Ultrasonic cleaning, Laser Mark and Anodizing is at developing stages.
BUFFING & POLISHING
BEAD BLAST & HYDROHONE
HOT NITRIC & HOT CITRIC PASSIVATION
- We understand the importance of manufacturing quality medical devices to your exact specification with:
Devices Master Record (DMR)
Devices History Record (DHR)
Risk Management (PFMEA)
Gauge Repeatability & Reproducibility (GR&R)
Statistical Process Control & Process Capability Study (SPC & CPK)
DESIGN & DEVELOPMENT
Typical system management collaboration
Design verification and validation
Feasibility study and evaluation
Design Risk assessment for manufacturing
Design process / fixture for manufacture and assembly
Project management for coordinating
Development of devices master record
Typical system project / product transfer