Precision Ceramic Components for Analytical & Scientific Instrumentation
±0.001mm tolerances | Chemically inert | Engineered for microfluidics, optics & sensing precision
In high-end laboratory instruments and analytical devices, precision, purity, and stability are mission-critical. From microfluidic channels to spectroscopic sensors, ceramic components play a vital role in ensuring repeatability, non-contamination, and structural integrity under a wide range of operating conditions.
With over 20 years of experience machining technical ceramics, we deliver custom components for OEMs and research teams in life sciences, environmental testing, analytical chemistry, medical diagnostics, and material research.
Why Ceramics in Analytical Instruments?
Advanced ceramics such as Alumina, Zirconia, Macor®, and Silicon Carbide offer:
- Chemical inertness to acids, solvents, biological agents
- High dielectric strength for insulating probes and sensors
- Dimensional stability at temperature and pressure fluctuations
- Non-metallic, non-magnetic properties for high-sensitivity detection
- Surface finish down to Ra 0.02μm, supporting microfluidics and optics
These properties outperform polymers and metals in high-purity and high-resolution analytical systems.
Ceramic Parts We Commonly Machine
- Microfluidic ceramic substrates and channels
- Insulating sleeves and bushings for probes
- Spectrometer alignment bases and optic holders
- Sample cups and crucibles for elemental analysis
- Sensor housings and dielectric isolators
- Inert nozzles and injector ports
- Ceramic manifolds for chemical delivery systems
Applications include:
✔ Mass spectrometry (MS) and atomic absorption (AA)
✔ Gas chromatography (GC) and liquid chromatography (HPLC)
✔ Environmental and water quality monitors
✔ Blood analyzers and immunoassay platforms
✔ Pharmaceutical lab automation
✔ X-ray and electron microscopy sample holders
Precision Equipment & Metrology
To meet the ultra-tight specifications of analytical devices, we offer:
- Micron-accurate CNC and ID/OD grinding systems
- Super-polished surface finishing for optical or bio interfaces
- Laser-drilled micro-holes, channels, and ports
- CMM and laser interferometry for form and profile validation
Performance Metrics:
- ±0.001mm dimensional tolerance
- Form and position tolerance ≤ 0.002mm
- Ra 0.02μm polish for optical or seal-critical areas
- Cleanroom-level packaging for contamination-sensitive components
Drawing-Based Customization & Engineering Support
We collaborate closely with R&D and design teams to:
- Co-develop precision prototypes or functional mockups
- Optimize designs for machinability and ceramic strength
- Ensure chemical compatibility and thermal reliability
- Provide documentation for regulatory and quality systems (ISO, CE, FDA-compliant workflows)
We support both one-off precision components and repeat OEM production for long-term supply chains.
Global Project Examples
Our ceramic components have been integrated into:
- Blood chemistry analyzers by leading U.S. biotech firms
- Automated titration systems in European chemical labs
- Spectrometry detectors in Japanese university research centers
- Portable field diagnostic kits for environmental testing
- Lab-on-chip devices requiring inert, ultra-clean interfaces
Pure Precision, Engineered for Discovery
In a world driven by data accuracy and scientific insight, every micron matters. Our precision ceramic parts enable analytical devices to be more reliable, more accurate, and more durable—supporting breakthroughs in research, healthcare, and quality control.
From benchtop to breakthrough—we machine the unseen precision that powers modern science.