Product Description
RXLr-5 NX series with motorization will overall increase in throughput due to the automation of many imaging techniques and reduced operator skill requirements as the system can be set up through software, allowing for a simplified interface and use. This will also improve repeatability of images and measurements between operators at varying skill levels. The advanced optical system including objectives is suitable for reflected & transmitted observation of samples. Adding of Eco and Auto illumination feature not only saved the energy but also helps in increasing lamp life. Ergonomic tilting head increased the user comfort during long working hours.
| Optical system | Universal Infinite optical system, color corrected |
| Koehler's Illumination | S-LED, Koehler Illumination, Eco-Energy Saving, Auto Cut Off, Fly Eye Lens built-in filters |
| Viewing Head | Inclined, Two/Three position ergo head |
| Nosepiece | Motorized Septuple/Sextuple nosepiece (Auto illumination) with slots for POL / DIC |
| Eyepiece | Super wide field |
| Mechanical Stage | Motorized double layer, rackless ceramic hard coated, height adjustable co-axial movement knob, stage lock, dual slide holder, single hand operation |
| Objectives | Plan, Phase Achromatic, Fluotar, SEMI-APO, APO |
| Condenser | Motorized swing-out abbe, universal Five/Six position |
| Focusing | 3/2 step focusing |
| Magnification | 50X to 1000X dry |
| Darkfield Attachment | All magnification range |
| DIC | Slot for holding DIC plate and prism |
| Filters | Built-in ND Filters |
| Motorized | Nosepiece, focus, condenser, fluorescence |
| Certification | EU CE, ISI, ISO, TUV |
Precision Manual OperationThe RXLr-5M microscope features a fully manual operating system, allowing users to have complete control over magnification and focus while examining various research materials. The design supports meticulous observation with minimal disruption, making it ideal for professional laboratory and hospital environments.
Superior Build QualityConstructed with high-grade mild steel (MS), the microscope promises lasting durability and stability. Its robust materials provide resistance to wear and ensure the instrument maintains accuracy over extensive usage periods. The quality craftsmanship caters to rigorous scientific applications.
Trusted Indian Distribution NetworkAs a distributor, exporter, manufacturer, supplier, and wholesaler based in India, the product benefits from widespread availability and dedicated customer support. The established network ensures that hospitals and laboratories nationwide can access the microscope efficiently.
FAQ's of Advanced Research Material Microscope RXLr-5M:
Q: How does the manual light source of the RXLr-5M microscope work?
A: The RXLr-5M utilizes a manual light source, which allows users to adjust illumination levels manually according to their observation needs, ensuring clear and detailed viewing of samples.
Q: What materials can be examined with this microscope in hospital and laboratory settings?
A: This microscope is suitable for analyzing a wide range of materials used in clinical, biological, and material science research, making it an excellent choice for both diagnostic and research purposes.
Q: When is it ideal to use the RXLr-5M microscope?
A: The RXLr-5M is best utilized during detailed examination procedures in hospitals and laboratories, particularly when precise, hands-on control over microscopy is required.
Q: Where can the RXLr-5M microscope be sourced in India?
A: You can obtain the RXLr-5M through authorized distributors, exporters, manufacturers, suppliers, and wholesalers across India, ensuring reliable availability for both hospitals and laboratories.
Q: What is the process for operating the manual microscope?
A: Operating the RXLr-5M involves manually adjusting the focus, stage, and light source to achieve optimal image clarity, allowing researchers to observe samples with high precision.
Q: What are the primary benefits of using this microscope in research or hospital settings?
A: Key benefits include excellent image clarity, robustness due to MS construction, and adaptability for diverse research tasks, making it an essential tool for detailed material investigations.