50cm 320g Reflector Mirror
The manufacturing excellence behind the 50cm 320g Reflector Mirror ensures that the 320g mass does not compromise the surface figure
accuracy. Each 50cm 320g Reflector Mirror undergoes a rigorous stress-relieving process to ensure long-term
stability in diverse environmental conditions. Whether integrated
into a portable telescopic assembly or a high-speed scanning
system, the 50cm 320g Reflector Mirror provides the professional-grade performance required by optical
engineers and aerospace researchers. By selecting a 50cm 320g Reflector Mirror, users benefit from a component that significantly reduces the
inertia of moving optical parts, thereby enhancing the response
time and precision of the entire system. Our commitment to
utilizing premium, low-expansion materials ensures that every 50cm 320g Reflector Mirror maintains its peak reflective efficiency across the targeted
spectral bands.
Specifications
| Materials | BK7 or others optical glass, quartz, sapphire, Ge, Si, ZnSe, CaF2
etc. |
|---|
| Diameter | 1.5~300mm |
|---|
| Radius | R 0.8mm-∞ |
|---|
| Focal length | -30000mm~+30000mm |
|---|
| Center thickness tolerance | +/-0.01mm |
|---|
| Diameter tolerance | +/-0.005mm |
|---|
| Focal length tolerance | +/-1% |
|---|
| Surface accuracy | N=1~3 |
|---|
| Irregularity | ΔN=0.1～0.5 |
|---|
| Decenter | 3"~1' |
|---|
| Surface quality | 10/5~60/40 |
|---|
| Coating | Upon request |
|---|
| Application area | Imaging, Lighting, Laser etc |
|---|
Primary Application Areas
Aerospace Surveillance: Integrating the 50cm 320g Reflector Mirror into satellite payloads where every gram of launch weight is
critical.
High-Speed LIDAR Systems: Utilizing the 50cm 320g Reflector Mirror for rapid environmental mapping and autonomous vehicle guidance.
Portable Astronomy: Employing the 50cm 320g Reflector Mirror in large-aperture, lightweight telescopes for expeditionary
research.
Solar Energy Research: Deploying the 50cm 320g Reflector Mirror in concentrator arrays for high-efficiency thermal collection.
Company Profile
Shanghai Advance Optical-Electronics Technology Co., Ltd. is a
technology-based production enterprise, officially established in
September 2009. The plant site is located in Qingpu Industrial
Park, Shanghai, only half an hour's drive from Shanghai Hongqiao
International Airport. The company gathers several excellent
technicians in the optical industry and has comprehensive
supporting capabilities such as optical mechanical and electrical
design, processing and sales services, providing each customer with
high-quality and convenient products and services.
Business Scope
Optical mechanical and electrical module development, precision
optical element processing, camera lens design and processing,
optical design and optical path optimization solutions, technical
consultation and after-sales service.
Application Fields
Machine vision, artificial intelligence, biomedical, smart city,
high-end monitoring, testing instruments, equipment, laser etching,
special lighting, scientific research institutions, etc.
Company Advantages
1. Comprehensive design, production and sales capabilities,
providing customers with one-stop convenient procurement services
2. Tens of thousands of optical molds and samples, providing
customers with fast proofing services with low cost
3. Ability to participate in customer's new product research and
development early, providing feasible plans and suggestions to make
projects more efficient
Frequently Asked Questions
Q1: How can a 50cm 320g Reflector Mirror maintain its shape with
such low weight?
Answer: The 50cm 320g Reflector Mirror utilizes a high-stiffness-to-weight ratio substrate. Through
precision CNC pocketing or the use of ultra-thin meniscus designs
with active support, the 50cm 320g Reflector Mirror achieves a 320g mass while resisting the bending forces that
usually affect large optics.
Q2: Is the 50cm 320g Reflector Mirror suitable for vacuum
environments?
Answer: Absolutely. Every 50cm 320g Reflector Mirror is manufactured using low-outgassing materials and hard-dielectric
coatings, ensuring that the 50cm 320g Reflector Mirror remains stable and clear in space or laboratory vacuum chambers.
Q3: What is the spectral range of the 50cm 320g Reflector Mirror?
Answer: The spectral performance depends on the coating. A standard 50cm 320g Reflector Mirror with protected aluminum is effective from the UV to the IR.
However, we can optimize the 50cm 320g Reflector Mirror for specific wavelengths, such as 1064nm for laser applications.
Q4: How do you handle the 50cm 320g Reflector Mirror during
installation to prevent damage?
Answer: Given that the 50cm 320g Reflector Mirror is optimized for a 320g mass, it is thinner than traditional
mirrors. We recommend using multi-point flotation cells or
edge-clamping mounts specifically designed for a lightweight 50cm 320g Reflector Mirror to ensure even stress distribution.
Q5: Can the 50cm 320g Reflector Mirror be used in high-vibration
industrial settings?
Answer: Yes. The low mass of the 50cm 320g Reflector Mirror means it has lower momentum under vibration. When properly
mounted, the 50cm 320g Reflector Mirror is highly resistant to the resonance issues that often plague
heavier 50cm optical components.
