eptg10w 10mm is a precision-engineered component designed for demanding mechanical and optical setups. This compact 10-millimeter module delivers repeatable positioning and stable mounting in laboratory, industrial, and imaging environments.
Engineers and technicians rely on eptg10w 10mm blocks for alignment, spacing, and kinematic support. Its compact form factor and consistent dimensions make it easy to integrate into complex assemblies.
| Part Number | Key Specification | Metric Value | Imperial Value |
|---|---|---|---|
| eptg10w 10mm | Thickness | 10.00 mm | 0.394 in |
| eptg10w 10mm | Material | Low-carbon steel with nickel plating | — |
| eptg10w 10mm | Surface Finish | Polished Ra ≤ 0.4 μm | — |
| eptg10w 10mm | Flatness | ≤ 0.005 mm | ≤ 0.0002 in |
| eptg10w 10mm | Mounting Pattern | 4 × M4 holes, 32 mm pattern | — |
Optical Alignment with eptg10w 10mm
In precision optical benches, eptg10w 10mm spacers adjust lens and detector height without introducing tilt. Their tight thickness tolerance keeps beam paths collinear across multiple modules.
Users combine these blocks with lens holders and kinematic mounts to create stable optical stacks. The 10 mm height provides sufficient clearance for aperture placement while maintaining a compact footprint.
Mechanical Spacing and Standoffs
As mechanical standoffs, eptg10w 10mm modules separate circuit boards from heatsinks or panels. The consistent height prevents board flex and protects sensitive traces during assembly.
Threaded inserts or clearance holes through the block enable secure fastening with socket head cap screws. This design supports repeatable assembly and maintenance in factory and field applications.
Mounting and Integration Guidelines
Successful integration starts with clean mounting surfaces. Remove oils and burrs from both the eptg10w 10mm block and the mating components before installation.
Use a light torque sequence when tightening screws to avoid tilting the block. Check flatness with a precision level after tightening to confirm the module remains planar under load.
Material and Environmental Performance
The low-carbon steel core with nickel plating provides corrosion resistance for indoor and light outdoor environments. This material choice balances rigidity, weight, and long-term durability.
For harsh conditions, specify plated stainless or anodized aluminum variants. Consider vacuum-compatible grades when the blocks are used in spectrometry or deposition systems.
Implementation Checklist and Key Takeaways
- Verify thickness and flatness specs against your application requirements
- Clean mating surfaces to remove contaminants and ensure flat load distribution
- Apply controlled, sequential torque to prevent tilt or stress on components
- Select material and plating based on environmental and vacuum conditions
- Document assembly torque and inspection results for traceability
FAQ
Reader questions
What is the exact thickness tolerance of eptg10w 10mm blocks?
Standard grade blocks are held to ±0.005 mm thickness tolerance, enabling reliable spacing in metrology and optical setups.
Are these blocks suitable for vacuum or cleanroom environments?
Yes, when specified with vacuum-compatible stainless or anodized aluminum materials and baked-out plating, they perform reliably in vacuum and cleanroom conditions.
Can eptg10w 10mm blocks be used in high-vibration applications without loosening?
Use loctite or safety-wire on fasteners, follow the recommended torque values, and verify preload periodically to maintain stability under vibration.
What is the recommended cleaning procedure for eptg10w 10mm assemblies?
Wipe blocks with isopropyl alcohol and a lint-free cloth; avoid abrasive pads. For optical surfaces in assemblies, use manufacturer-approved cleaning solvents only.