Product Description
| We are engaged in offering excellent quality Optical Bench to our valuable clients. Extra Superior, Both rods of brass pipe (rust-less) shafting inside. Complete with well shape red and well finished heavy riders, heavy type lens holders and thick N.P Optical pins, levelling screws and side knobs made of brass. Clients can avail this Optical Bench at industry leading prices from us. |
Reliable Stability for Accurate ResultsThe optical bench boasts a heavy cast iron base and rubber feet, ensuring unwavering stability during delicate optical experiments. Its rigid construction minimizes vibrations, guaranteeing consistent, precise measurements each time.
Versatile Components for Diverse ApplicationsThis apparatus includes three sliding riders, lens holders, an object needle, uprights, and a screen holder. These accessories enable users to perform a wide range of laboratory experiments in optics, making it a valuable addition to any physics lab.
User-Friendly Design and PrecisionEasy assembly and manual adjustment features make this optical bench straightforward for students and professionals alike. The graduated scales offer 0.1 mm accuracy, simplifying processes that require meticulous alignment and measurement.
FAQs of Optical Bench:
Q: How do you assemble and disassemble the optical bench with base?
A: The optical bench is designed for quick and straightforward assembly and disassembly. Its components, such as sliding riders, lens holders, and uprights, can be easily mounted and detached without specialized tools, facilitating efficient setup and storage.
Q: What types of optical experiments can be performed with this bench?
A: The bench is compatible with most optical experiments found in physics laboratories. It supports the investigation of lenses, mirrors, light sources, and image formation, making it suitable for both basic and advanced optics studies.
Q: When should the optical bench be used in a laboratory setting?
A: The optical bench is ideal for use during demonstrations, laboratory experiments, and student learning activities in physics courses where precise measurement and arrangement of optical components are required.
Q: Where is this optical bench typically utilized?
A: This apparatus is commonly used in educational institutions, research centers, and laboratories that conduct physics and optics experiments, providing critical support for teaching and investigation.
Q: What process is followed to adjust the optical components on the bench?
A: Users manually slide the three included riders along the graduated scale, making fine adjustments with precision up to 0.1 mm. Accessories such as lens holders and the object needle can be set at specific positions for optimal experimental configuration.
Q: What are the key benefits of using this optical bench in laboratory experiments?
A: Its heavy base ensures stability and precision, while corrosion-resistant stainless steel construction offers durability. The benchs accurate scale and adjustable riders facilitate high-precision setups, leading to reliable and reproducible experimental outcomes.