As fundamental optical path components, plano optical components exert a decisive influence on equipment imaging quality, beam transmission, infrared detection and other core performance indicators in the R&D and supply chain management of optoelectronic devices. Technical engineers and procurement specialists frequently encounter numerous obstacles during customized component procurement: difficulty in finding matching substrates for extreme UV and infrared operating environments; limited qualified manufacturers capable of processing large-size plano lenses; unpredictable lead time for small-batch R&D prototypes; inconsistent stability of mass production delivery; and the need to coordinate multiple separate suppliers for grinding, coating and testing, resulting in lengthy communication chains and incomplete traceability of quality documents.
Drawing on years of hands-on experience in precision optical machining, Changchun Boxin Photoelectric Co., Ltd. has built a complete supporting production system targeting common customization challenges of plano optical components. Supported by diversified material inventory, standardized precision machining, full-set production equipment and in-house closed-loop manufacturing workflows, we fulfill order demands of various batch volumes for scientific research, medical endoscopy, laser equipment, industrial inspection and other sectors.
I. Extensive Optional Material Portfolio
Material selection lays the foundation for reliable equipment matching. Our processable substrates cover colorless optical glass, colored optical glass, laser crystals, fused silica, radiation-resistant glass, and special-purpose materials for UV and infrared applications. Whether the equipment operates in visible, ultraviolet or infrared wavebands, or under radioactive exposure and extreme temperature/humidity conditions, our technical team assists customers in screening optimal materials in accordance with actual working conditions, cutting down time costs caused by repeated material trial verifications for R&D teams.
II. Sufficiently Flexible Machining Parameter Range
Optical path designs vary drastically across different optoelectronic devices, with distinct dimensional and precision requirements ranging from miniature precision instruments to large-size optical windows. Boxin’s plano optical components feature highly adjustable machining scopes, with all specifications strictly executed per customer drawing requirements:
1. Size Specifications Circular lenses: Φ1.8 mm ~ Φ1200 mm; maximum processing dimension for non-circular plano components: 1200 mm, capable of fabricating lenses with various aperture sizes.
2. Dimensional Tolerances Outline tolerance: ±0.005 ~ ±0.2 mm; thickness tolerance: ±0.01 ~ ±0.2 mm.
3. Optical Indicators Surface quality: 10/5 ~ 80/50; surface figure accuracy: λ/20 ~ λ over Φ100 mm; parallelism: 10 arcseconds ~ 5 arcminutes.
4. Custom Optical Coatings Various optical thin films can be customized on demand, including anti-reflection, high-reflection and beam-splitting coatings tailored to different optical path functions. All parameters are adjustable to meet quality control standards for laboratory research, medical instruments, laser devices and infrared equipment.
III. Self-Owned Professional Processing Equipment
Stable process performance for precision plano processing is guaranteed by high-end hardware. Our workshop is equipped with dedicated professional machines: 1 set of CNC 800mm large-scale plano grinding machine, 2 sets of 2000mm large ring polishing machines, 3 sets of 1000mm separators, 8 sets of double-sided lapping & polishing machines.
Complete hardware configuration enables high-standard grinding and polishing of large-size plano lenses, effectively addressing the technical difficulty of flatness control for large-size plano workpieces. Powered by integrated production lines, the annual output of plano optical components reaches approximately 500,000 pieces with flexible order acceptance rules. We undertake small-batch prototype fabrication in the R&D phase for engineers to conduct equipment commissioning and optical path verification. After project finalization for mass production, we arrange orderly production schedules to stabilize delivery cycles. Both small-quantity research samples and mass stock orders for equipment manufacturers can be accommodated with dedicated production arrangements.
IV. Full In-House Closed-Loop Production Workflow
Extra communication costs in procurement are largely incurred by outsourcing coordination across multiple vendors. All manufacturing procedures for Boxin plano optical components are completed internally without third-party outsourcing, including drawing confirmation, material selection, precision grinding and polishing, precision inspection , custom coating and packaged delivery. Our technical team supports customers in sorting out optical path requirements and providing recommendations on material and coating selection based on service environments. Full test reports are delivered with each batch of products to facilitate incoming inspection, quality archiving and full traceability, eliminating cumbersome cross-supplier verification procedures.
There are no universal standard plano optical components compatible with all types of equipment. The supplier’s application matching capability, process stability and delivery flexibility are critical factors ensuring smooth progress of complete machine projects. Changchun Boxin Photoelectric Co., Ltd. has long focused on customized precision plano optical component fabrication, conducting full production strictly in accordance with customer drawings and project requirements to satisfy both prototype development and mass delivery needs.
If you are planning the selection, sampling or bulk procurement of plano optical components, or have inquiries regarding material selection, precision customization and delivery lead time, please feel free to contact us. We will formulate matched technical solutions and formal quotations based on actual operating conditions. We look forward to long-term cooperation with R&D engineers, procurement managers and practitioners across the optoelectronics industry, empowering iterative upgrading of various optoelectronic equipment with stable and compliant optical supporting components.
