technolgies
Subsurface Access & Sampling | Sample Processing, Manipulation & Containment | End Effectors / On-Orbit Assembly & Servicing | Deployment & Positioning | Docking, Mating & Fastening | Utility Transfer | Extreme Environment
Two-axis Gimbal | Solar Panel Hinge | Solar Array Deployment System | Deployable Dust Cover | Robotic Joint | Variable-Torque Brake/Clutch | Nanometer-Precision Single-Axis Positioner | Piezoelectric Actuator | High-Temperature Motor | Magnetostrictive Actuators

Deployment & Positioning

Nanometer-Precision Single-Axis Positioner

Product Features

Nanometer-Precision Single-Axis Positioner Nanometer-Precision Single-Axis Positioner Nanometer-Precision Single-Axis Positioner
Nanometer-Precision Single-Axis Positioner
Nanometer-Precision Single-Axis Positioner

Honeybee has designed and developed precision actuators, under funding from NASA GSFC, intended for micro-positioning of the Next Generation Space Telescope (later renamed James Webb Space Telescope) primary mirror.

The design of the Nanometer-Class Actuator is based on gear-bearing technology previously developed by Honeybee. The actuator is capable of achieving small displacements and high forces and can operate at cryogenic temperatures. There are 3 configurations that have been designed; the device is about 1.7 inches in diameter by 2.5 inches in length, with a mass ranging from 180 to 350 grams. The current configuration has a mass of 350 g, 6 mm full linear stroke, and 12 nm output displacement for every 1.8 degree motor step.