This miniature drive is made possible through the use of a CF10 Micro-Flange, which has an outside diameter of just 25.4 mm. The body diameter is no bigger than the flange OD, which makes the MD10 ideal for rotating small instrumentation loads, in applications where space is at a premium.
These units are the 'work horse' of the MagiDrive series. This standard drive provides sufficient torque for the majority of miniature feedthrough requirements. The MD16N variant provides 0.45Nm torque. The MD16A provides the upgraded torque (1.8Nm) and is ideal for shutter applications. It is bakeable to 250°C without having to remove the outer magnet assembly.
Both variants benefit from our simple actuation upgrade options that enable a manual version to be upgraded with motorization or pneumatic actuation via a simple 'do it yourself' upgrade kit.
These units are the 'work horse' of the MagiDrive series. This standard drive provides sufficient torque for the majority of miniature feedthrough requirements. The MD40N variant provides 0.45Nm torque. The MD40A provides the upgraded torque (1.8Nm) and is ideal for shutter applications. It is bakeable to 250°C without having to remove the outer magnet assembly.
Both variants benefit from our simple actuation upgrade options that enable a manual version to be upgraded with motorization or pneumatic actuation via a simple 'do it yourself' upgrade kit.
The MD40 provides 9Nm break-away torque on a CF40 flange. For lower torque requirements on the same flange, the MD40N and MD40A provide 0.45Nm and 1.8Nm break-away torque for low- to medium-torque applications.
The MD40 provides 9Nm break-away torque and is ideal for applications where a high degree of stability is required.
The MD64 MagiDrive provides high power rotation through a high stiffness coupling. This drive would be ideally suited to robot type or platen rotation applications. The MD64 drive is also available in a hollow configuration.
For a listing of Frequently Asked Questions (FAQs) about Manipulation & Motion please see this link: Manipulation & Motion FAQ.