
( Brand: Vere ), ( Manufacturer Part Number: 48484E1FM ), ( Part Type: Table ), ( Country/region Of Manufacture: United States )
The 48484e1FM Vere Optical Table Breadboard (48 x 4.3 x 4-20) presents a robust and flexible solution for a wide array of optical experiments and applications. This breadboard, with its compact yet spacious design, offers an ideal platform for researchers, engineers, and enthusiasts working in the field of optics and photonics.
Measuring 48 inches in length, 4.3 inches in width, and adjustable height from 4 inches to 20 inches, this breadboard is designed to accommodate various optical components, ensuring a stable and secure setup for your experiments. The adjustable height feature allows for customization to suit your specific needs, enhancing the versatility of the breadboard.
The breadboard is constructed with high-quality materials, ensuring durability and stability. Its flat and polished surface provides an excellent platform for optical components, reducing potential vibrations and ensuring accurate results. The breadboard is also equipped with anti-slip feet, providing additional stability and preventing unwanted movements during experiments.
The 48484e1FM Vere Optical Table Breadboard is designed to seamlessly integrate with other optical equipment, such as optical tables, mounts, and other accessories. Its standard size and compatibility make it a versatile addition to any optical laboratory or setup.
In conclusion, the 48484e1FM Vere Optical Table Breadboard (48 x 4.3 x 4-20) is a must-have for anyone working in the field of optics. Its robust construction, adjustable height, and versatile design make it an ideal platform for a wide range of optical experiments and applications. Whether you're a seasoned researcher or a curious enthusiast, this breadboard will undoubtedly prove to be a valuable asset in your optical endeavors.
1. Customizable: The modular design allows for easy customization to fit various optical components and experiments.
2. High Precision: The table is designed for high-precision alignment and positioning of optical components due to its flatness and rigidity.
3. Large Workspace: The 48mm x 4.3mm platform size provides ample space for a range of experiments and components.
4. Adjustable Feet: The adjustable feet ensure leveling on uneven surfaces, enhancing the stability of the setup.
5. Compatibility: The 4-20 threaded holes provide compatibility with a wide range of accessories.
Cons:1. Cost: The price might be higher compared to basic lab tables, due to its high precision and customizability.
2. Weight: The table may be heavier than standard lab tables, making it difficult to move around frequently.
3. Assembly Required: The table requires assembly upon delivery, which might be time-consuming and potentially complicated for some users.
4. Limited Accessories: While the 4-20 threaded holes provide compatibility with a wide range of accessories, some specific components might not be readily available.
Conclusion:The 48484e1fm Vere Optical Table Breadboard offers numerous benefits for researchers, engineers, and students working with optical components. Its high precision, customizability, and large workspace make it an ideal choice for demanding experiments. However, its higher cost, weight, assembly requirements, and potential limited accessory availability are factors to consider before making a purchase.
Recommendation:If you are working with optical components and require a high-precision, customizable setup, the 48484e1fm Vere Optical Table Breadboard is a recommended choice. Consider your specific needs, budget, and access to necessary accessories before making your decision. If the price or weight is a concern, you might want to explore other options that offer similar features but at a lower cost or weight.
Featuring holes on a grid spaced 1. Self damping side panels. Photo is generic of this product line.
Entire unit is coated with a black polyurethane, anti-reflective finish. This Vere optical breadboard has 1/8 thick ferromagnetic skins laminated to a nonmetallic honeycomb core.