High Precision Measuring Microscope (WL01)
The WL01 precision measuring microscope has a double layer mechanical XY stage with 76mm×50mm travel for fast sample location and single handed operation. Four objective magnifications are selectable. High eyepoint wide field plan eyepieces, coarse and fine focusing and infinity corrected plan achromatic objectives with long working distance provide clear images. Applications include biomedicine, particle size analysis, textile fibers, mineralogy and petrography, supporting product acceptance, material analysis and scientific research.
Specification Snapshot
Magnification
50x、100x、200x、500x
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Overview
The WL01 precision measuring microscope has a double layer mechanical XY stage with 76mm×50mm travel for fast sample location and single handed operation. Four objective magnifications are selectable. High eyepoint wide field plan eyepieces, coarse and fine focusing and infinity corrected plan achromatic objectives with long working distance provide clear images. Applications include biomedicine, particle size analysis, textile fibers, mineralogy and petrography, supporting product acceptance, material analysis and scientific research.
Specifications
| Parameter | Value |
|---|---|
| Magnification | 50x、100x、200x、500x |
| Optical System | Infinity Corrected Achromatic Optical System |
| Eyepiece | High Eyepoint Point Large Field of View Flat Field Eyepiece PL.10/22mm |
| Operating ambient | Temperature :0-40°C/ humidity :5-95%RH |
| Objective | Flat Field Infinity Corrected Long Operating Distance Achromatic Metallurgical Objective (5x、10x、20x、50x) |
| Observation Tube | 30° tilt , Inverted Image , Infinity Corrected Hinged Trinocular Observation Tube , Tap Ratio Binocular : Trinocular =50:50 or 100 |
| Converter | Internally Located Five Position Hole Converter |
| Sample Stage | Double layer mechanical translation stage with low positioned coaxial X/Y controls; stage dimensions 175mm×145mm; travel 76mm×50mm; metal flat stage |
| reflection Illumination system | Adaptive 100V-240V Wide Voltage , reflection Lamp Housing , Single Large Power 5WLBD, Warm Color , Kohler Illumination , With Field Field Diaphragm 、 aperture Diaphragm , center Variable , With Oblique Illumination Device ; With Color Filter Slot and Polarization Device Slot |
| Polarization Device | Polarizer Slider ,360° rotation Analyzer Slider |
| Camera Accessories | 0.5x Camera Adapter ,C Type Interface , Variable Focus |
Key Features
Infinity corrected optics provide excellent optical performance. A streamlined body improves operator comfort. High brightness LEDs with continuously adjustable color temperature offer long life and easy maintenance. Built-in field and aperture diaphragms control the field and contrast, with an adjustable field diaphragm center. A 360° rotatable polarizer and analyzer support polarized observation.
Datasheet
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Supplier Information
Shenzhen Xunquan Technology Co., Ltd. (OSCOM), established in May 2011 and headquartered in the Nantai Yunchuang Valley Industrial Park in Guangming District, Shenzhen, Guangdong Province, is a company specializing in the development and manufacturing of fiber optic/ laser basic materials, application processing technologies, and equipment (XMAP)—including various optical fibers, ferrules, glass tubes, and glass rods—as well as precision optoelectronic testing instruments and meters (POEI), custom-made specialty laser equipment, and optical fiber components. As a nationally certified high-tech enterprise, it possesses over 20 years of accumulated expertise in product technology and services for industries such as industrial lasers, fiber-optic communications, fiber optic sensing, biomedicine, lidar, and defense and military industries. With a comprehensive organizational structure encompassing marketing, R&D, production, and engineering services, the company is able to continuously provide users with relevant product technologies and information services. Upholding the philosophy of meeting customer values, maintaining innovation, and striving to create value for customers, OSCOM operates with integrity, integrity, and a proactive spirit, growing alongside its customers and striving to become a leading developer and manufacturer of fiber optic/laser equipment, instruments, and components.
OSCOM’s core technology focuses on the development of application processing technologies based on fiber and laser materials, including various types of XMAP equipment, such as fiber fusion taper systems (XQ7110 series, etc.), CO₂ laser fiber/glass processing platforms (XQ7210 series), specialty fiber/glass processing platforms (XQ7230 series), graphite fiber/glass processing platforms (XQ7190 series), specialized dual-electrode fiber fusion splicers (XQ7260 series), large-core/polarization-maintaining fiber cutters (XQ7410 series), automatic fiber strippers (XQ7510 series), and fiber coating machines (XQ7310 series), among other technical equipment, covering fiber/ laser taper drawing, splicing, cutting, stripping, coating, beam splitting, beam combining, beam focusing, beam expansion, etching, micro-nano processing, ball burning, mode field matching, fiber alignment, fiber bundling, cleaning, and measurement. OSCOM’s XMAP equipment has achieved significant growth in the domestic market and established long-term partnerships with numerous clients, including Huawei Technologies, Han’s Laser, Wuhan Raycus Fiber Laser, Shenzhen Chuangxin Laser, Lianying Laser, Wuhan Changfei Optical Fiber, Jiangsu Hengtong Optoelectronics, Zhuhai Guangku Technology, Xi’an Zhongke Huixian, Wuhan Anyang Laser, Fuzhou Coherent Gaoyi Technology, Peking University, Tsinghua University, Huazhong University of Science and Technology, Harbin Institute of Technology, South China University of Technology, China Academy of Engineering Physics, Xi’an Institute of Optics and Mechanics, Changchun Institute of Optics and Mechanics, and Shanghai Institute of Optics and Mechanics, among other enterprises and research institutions, and are exported to markets in South Korea, Southeast Asia, the Middle East, Europe, and North America.
The precision optoelectronic instruments and equipment (POEI) developed and manufactured by OSCOM include various precision test light sources, optical power meters, extinction ratio testers, polarization analyzers, spot size analyzers, optical manufacturing test platforms, optical switches, and optical attenuators. These products are widely used by industrial laser, fiber optic communication, and fiber optic sensing companies and research institutions, and OSCOM has established long-term, stable cooperative relationships with its customers. Major clients include Beijing Daheng Optoelectronics, Zhuhai Guanglian, ONN Technology, and Ruize Optoelectronics. The miniaturized fiber amplifier modules produced by OSCOM are also widely used in fiber optic sensing systems.
While developing XMAP equipment, OSCOM is also able to provide customers with various types of fiber couplers, fiber combiners, polarization-maintaining optical components, and high-power laser accessories. The company specializes in the custom development and manufacturing of fiber optic components such as multimode couplers, compact couplers, polarization-maintaining couplers, and polarization-maintaining combiners. Additionally, it possesses strong manufacturing capabilities for medium- to high-power combiners, fiber end caps, QBH, CPS, and MFA, which are widely used in industrial and research markets both domestically and internationally.
OSCOM is a professional developer and manufacturer of fiber optic and laser equipment, instruments, and components. Headquartered in Shenzhen, the company operates an office in Wuhan and works with specialized international distributors. In 2023, OSCOM was recognized as a “Specialized, Refined, Distinctive, and Innovative” enterprise in Shenzhen. Building on the collective efforts of our employees, customers, and partners, and upholding the values of hard work, bold innovation, integrity, and progress, we strive to become a leading developer and manufacturer of fiber optic and laser equipment, instruments, and components!
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