Molybdenum Jigs
Precision-Machined Plasma-Compatible Sample Positioning
Precision-machined Molybdenum Jigs designed exclusively for the Blue Wave Semiconductor DEAR—Diamond Exploratory Applied Research—MPCVD system. Their molybdenum construction ensures exceptional performance in high-energy microwave environments with minimal contamination.
Available in small, medium, and large sizes to accommodate a wide range of substrate dimensions and process requirements.
Pricing varies by size. Contact us or use the Customize tab to specify your size requirements.
Volume Pricing
| Quantity | Unit Price |
|---|---|
| 1 – 4 | $250.00 |
| 5 – 9 | $240.00 |
| 10 – 24 | $230.00 |
| 25 – 49 | $225.00 |
| 50+ | $220.00 |
Custom Size & Configuration Request
Tell us about your DEAR-MPCVD setup and the substrate sizes you work with. We'll help you select or configure the right Moly Jig for your process.
Built for DEAR-MPCVD Diamond & Thin Film Processes
Diamond Growth
Provides stable substrate positioning in the microwave plasma region for high-purity CVD diamond growth on various substrate sizes.
Thin Film Deposition
Maintains precise substrate alignment for consistent plasma exposure and uniform thin film growth in MPCVD environments.
Plasma Processing
Precision-shaped geometry promotes even gas distribution and stable plasma formation for repeatable process conditions.
Research & Development
Versatile size options (small, medium, large) support a wide range of substrate dimensions and experimental configurations.
Moly Jig Specifications
Engineered from high-purity molybdenum for reliable, contamination-free performance in the demanding DEAR-MPCVD environment.
| Specification | Parameter |
|---|---|
| Material | High-purity molybdenum |
| Compatibility | BWS DEAR-MPCVD system |
| Size Options | Small, Medium, Large |
| Thermal Performance | Excellent high-temperature stability |
| Plasma Resistance | Strong resistance to sputtering & erosion |
| Gas Flow | Precision geometry for uniform distribution |
| Vacuum Compatibility | Low outgassing, UHV suitable |
| Contamination | Inert construction, minimal impurities |
Jig Features & DEAR Accessories
1 Material & Plasma Performance
- Fabricated from high-purity molybdenum for contamination-free operation
- Strong resistance to plasma-induced sputtering and erosion
- Excellent high-temperature stability under MPCVD power conditions
- Inert construction prevents impurities from entering plasma or film
- Low outgassing ensures clean deposition environment
2 Gas Flow Optimization
- Precision-shaped geometry promotes even gas distribution
- Stable plasma formation over the substrate area
- Consistent plasma distribution for repeatable film growth
- Designed to match the DEAR-MPCVD chamber geometry
- Supports optimal substrate temperature uniformity
3 Size Options & Compatibility
- Available in small, medium, and large configurations
- Accommodates a wide range of substrate dimensions
- Designed to securely hold BWS Molybdenum Sample Holders
- Maintains precise alignment during high-temperature operation
- Rigid structure withstands thermal cycling without deformation
4 Mechanical Stability
- Rigid molybdenum structure maintains alignment during cycling
- Precision machining ensures repeatable sample positioning
- Compatible with DEAR-MPCVD sample holder assemblies
- Stable performance across hundreds of deposition cycles
- Supports precise substrate-to-plasma distance control
Molybdenum Sample Holders
High-purity molybdenum sample holders that seat directly into Moly Jigs. Available in S/M/L with customizable mounting pockets and multiple height options.
Replacement Gasket & O-Rings
Viton sealing kit with four O-rings and one flat gasket for maintaining vacuum integrity in the DEAR-MPCVD system quartz tube assembly.
Replacement Quartz Tube
High-purity quartz reaction chamber for the DEAR-MPCVD system. Rounded fired edges reduce O-ring wear and simplify installation.
DEAR — MPCVD
Molybdenum Jigs are designed exclusively for the Blue Wave DEAR MPCVD system, providing the precise substrate positioning platform required for diamond growth.
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