The structural integrity of a Custom Laser Quartz Objective is paramount for operational safety and precision. Our Rod Lens components are meticulously polished on both the cylindrical and flat end-faces to ensure a pristine Optic path.
For an Optical Welding Machine, the choice of Laser Quartz is deliberate; its low coefficient of thermal expansion prevents "focus drift," a common issue where heat causes the focal point to shift during long production cycles. This stability makes the Custom Laser Quartz Objective the preferred choice for high-accuracy tasks like battery pack welding or aerospace component fabrication.
By choosing a high-quality Optical Welding Machine Rod Lens, manufacturers can achieve a stable, high-intensity focal spot that is critical for the efficiency of any Custom Laser Quartz Objective system.
Expert Product FAQ: Mastering the Optical Welding Machine Path
This section provides technical insights into the selection and maintenance of the Custom Laser Quartz Objective and Optical Welding Machine Rod Lens.
Q1: Why is Laser Quartz superior to BK7 for an Optical Welding Machine?
Answer: An Optical Welding Machine generates significant heat. While BK7 might crack under thermal shock, Laser Quartz has a very low expansion rate. This ensures the Custom Laser Quartz Objective stays intact and the Rod Lens maintains a constant focal length throughout the work shift.
Q2: Can the Rod Lens be used as a protective window and an objective simultaneously?
Answer: In some designs, the Optical Welding Machine Rod Lens acts as both. However, the Custom Laser Quartz Objective is usually positioned behind a sacrificial window. The Laser Quartz material ensures that if spatter reaches the Rod Lens, it is less likely to fuse to the surface.
Q3: How does a Custom Laser Quartz Objective improve weld depth?
Answer: Weld depth depends on power density. By using a high-precision Optical Welding Machine Rod Lens, the beam is focused into a much smaller spot. This increased concentration, provided by the Custom Laser Quartz Objective, allows for deeper penetration into the metal.
Q4: Is the Optical Welding Machine Rod Lens available with AR coatings?
Answer: Yes. We apply specialized high-power coatings to the Custom Laser Quartz Objective. This reduces reflection losses to less than 0.25%, ensuring maximum energy reaches the workpiece through the Optical Welding Machine Rod Lens.
Q5: How often should the Custom Laser Quartz Objective be inspected?
Answer: In a high-volume Optical Welding Machine, we recommend daily visual checks. Even with Laser Quartz, dust or oil on the Rod Lens can absorb energy and cause damage. Keeping the Custom Laser Quartz Objective clean is key to a long service life.
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. We wholeheartedly provide 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:
- Have comprehensive design, production and sales capabilities, and provide customers with one-stop convenient procurement services
- It has tens of thousands of optical molds and samples, which can provide customers with fast proofing services with low cost
- Be able to participate in the customer's new product research and development early, provide feasible plans and suggestions, and make the project less detours
