MFA-CCV6 In Stock

The MFA-CCV6 by Newport is a Miniature Steel Linear Stage designed for applications requiring superior thermal stability, remarkable stiffness, and impressive load-bearing capacity within a compact form factor. Crafted from robust steel, the stage's body not only contributes to its space-efficient design but also boasts an exceptional stiffness-to-weight ratio, optimizing performance across varied scenarios. This stage stands out with its vacuum compatibility, reaching an impressive threshold of 10-6 hPa. This adaptability is complemented by the incorporation of double-row, linear ball bearing slides that not only extend the stage's lifespan but also empower it with the capacity to bear substantial payloads while maintaining precise linear trajectory. This makes the MFA-CCV6 an ideal choice for applications with spatial constraints, such as laser diode research, fiber optic alignment, biomedical applications, and inspection systems.

The MFA-CCV6 is equipped with end-of-run limit switches strategically positioned at both extremities of the stage. This safeguards against potential damage resulting from over-travel, enhancing the device's longevity. Moreover, the inclusion of a backlash compensated leadscrew contributes to heightened repeatability, bolstering its precision performance. The MFA-CCV6 employs a motor-mounted rotary encoder with an impressive resolution of 2,048 cts/rev, further amplifying its repeatable precision. Featuring a DC motor accompanied by an integrated gearbox, this stage capitalizes on a low-friction mechanical design, enabling ultra-smooth motion with an impressive sensitivity of 100 nm. Notably, the DC motor delivers optimized output torque, permitting the utilization of a lower ratio step-down gear configuration. This nuanced engineering decision not only enhances reliability but also facilitates swifter motion with minimized backlash. Incorporating versatility into its design, the integrated bearing ways of the stage feature four thoughtfully spaced mounting holes, catering to base mounting and XY-assemblies.