
( Brand: Huntington ), ( Manufacturer Part Number: VF-169-30 ), ( Type: Vacuum ), ( Unit Type: Unit ), ( Country/region Of Manufacture: United States )
The Huntington VF-169-30 and VF-169-24 Magnetic Motion Control Transporters are exceptional UHV linear rotary feed systems designed for precise and efficient material handling in ultra-high vacuum (UHV) environments.
The VF-169 series is engineered to deliver exceptional performance in demanding UHV applications, where contamination and particle generation must be minimized. These transporters feature a robust, magnetically levitated design that ensures smooth and stable motion, reducing wear and tear on the system and prolonging its lifespan.
The VF-169-30 model offers a stroke length of 30 millimeters, making it ideal for applications requiring moderate travel distances. It boasts a high load capacity of up to 30 kilograms, ensuring it can handle a wide range of materials with ease. The VF-169-24 model, on the other hand, offers a stroke length of 24 millimeters and a load capacity of up to 24 kilograms, making it a suitable choice for applications with more limited travel requirements.
Both models are equipped with Huntington's patented magnetic encoder, which provides high-resolution position feedback. This encoder offers a resolution of 1 micrometer, ensuring precise control and repeatability in even the most exacting UHV applications.
The VF-169 series transporters are designed to operate in vacuum environments down to 10 -7 Torr, ensuring minimal outgassing and contamination. They are also compatible with a wide range of UHV chambers, making them a flexible and versatile solution for various applications in the semiconductor, research, and scientific industries.
In conclusion, the Huntington VF-169-30 and VF-169-24 Magnetic Motion Control Transporters are high-performance UHV linear rotary feed systems, offering smooth, precise, and contamination-free material handling in demanding vacuum environments. Their robust design, high load capacities, and exceptional position feedback make them a reliable and versatile choice for a wide range of UHV applications.
The Huntington VF-169-30 and VF-169-24 Magnetic Motion Control Transporters with UHV Linear Rotary Feeds offer unique features for precision manipulation of samples in ultra-high vacuum (UHV) environments, making them suitable for various research applications. Here's a breakdown of their pros and cons:
Pros of Huntington VF-169-30 and VF-169-24:1. High Precision: The magnetic motion control provides nanometer-scale positioning accuracy, ensuring precise sample manipulation.
2. UHV Compatibility: The transporters are designed to operate in UHV environments, making them suitable for vacuum chambers and other related applications.
3. Linear Rotary Feeds: The integrated linear rotary feeds allow for the rotation of samples, facilitating multiple sample orientations during experiments.
4. Smooth Operation: The magnetic motion control ensures smooth and quiet operation, reducing potential vibrations that could affect sensitive research equipment.
Cons of Huntington VF-169-30 and VF-169-24:1. Cost: These transporters are relatively expensive compared to non-UHV alternatives, which might be a barrier for some researchers with limited budgets.
2. Complexity: The magnetic motion control system and UHV compatibility may require specialized knowledge to operate and maintain effectively.
3. Size: Depending on the specific model, these transporters may be larger than traditional manipulators, which could present challenges when integrating them into existing systems.
Conclusion:The Huntington VF-169-30 and VF-169-24 Magnetic Motion Control Transporters with UHV Linear Rotary Feeds offer unparalleled precision and compatibility with UHV environments, making them ideal for researchers working in these specific conditions. However, their high cost, complexity, and potential size constraints should be carefully considered before making a purchase.
Recommendation:These transporters are recommended for researchers working in UHV environments, particularly those who require high precision and multiple sample orientations during experiments. Researchers should carefully evaluate their budget, technical expertise, and available space before deciding to invest in these devices. For those with limited resources, it may be worth considering less expensive, non-UHV alternatives or collaborating with institutions that already have these transporters available.
Stroke length : 24 inches 610mm for extended linear travel. Functionality, including vacuum integrity, has not been tested sold as-is for buyer to inspect or test. The part number VF-169-24 and brand Huntington are clearly engraved on the shaft, along with a serial S/N 4235. Ideal for research labs, universities, or industrial facilities needing dependable UHV motion control.
The photos show a stainless steel shaft with 24-inch stroke length , 2.75-inch DN35CF Conflate flange, and the magnetic coupling mechanism featuring encapsulated rare-earth Samarium Cobalt magnets. The unit appears clean with no significant visible damage to the shaft or flange, as seen in photos, Some minor surface wear is present, but Conflate knife edge looks undamaged.: For sale is a Huntington VF-169-24 Magnetic Motion Control Transporter, specialized device designed for linear and rotary motion in ultra-high vacuum UHV environments. Magnet System: Fully encapsulated rare-earth magnets for reliable coupling.