Mirror Supports Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11546
Precision Optical Component
Supports are ruggedized
stabilization units engineered for the vertical alignment and static
positioning of lenses and spherical mirrors. Designed for University, Secondary, and Vocational physics
curricula, these supports facilitate high-accuracy ray tracing and focal length
determination in compliance with ISO 9001:2015
laboratory standards. They ensure optical axis stability during complex
light-path analysis.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
High-density Polished
Hardwood / Dielectric Industrial Polymer |
|
Component Compatibility |
Optimized for diameters 38mm
through 100mm |
|
Vertical Dimension |
5" (127mm) height for
wooden variants |
|
Alignment Geometry |
1.5" V-shaped grooved
wedge for centering |
|
Base Configurations |
Flat-bottom or V-design for
multi-surface stability |
Key Pedagogical Outcomes
·
1.5" V-shaped Grooved Wedge: Enables students to Evaluate the alignment of the principal axis across
multiple optical elements, supporting "Synthesis" of complex lens
systems.
·
Static Vertical Positioning: Facilitates the Analysis of real and
virtual image distances by eliminating mechanical drift during measurement,
ensuring data integrity.
·
High-Density Polished Hardwood Construction: Students Apply standardized
mounting protocols to prevent surface scratching of sensitive optics,
reinforcing "Application" of laboratory best practices.
International Logistics & Compliance
This School Instrument grade hardware is consolidated for
international B2B procurement via export-grade seaworthy crating
(ISPM-15 compliant). Wooden components are kiln-dried and treated to
prevent hygroscopic deformation during maritime transit. Documentation provided
to procurement officers includes the Manufacturer’s Authorization
Form (MAF), Certificate of Quality (CoC), and User Manuals in
English. The tropicalized design is verified for structural
integrity in environments reaching 45°C and 90% Humidity,
ensuring that polymeric bases do not warp and wooden supports maintain
dimensional tolerances in equatorial climates.
