AI assisted drug discovery & development platforms are used for molecule ideation, which is part of the optimization stage for new drug discoveries. Many of these development platforms feature advanced automation robotics, which accelerate chemical synthesis.
Actuators are required for these workstations, to position cameras on X-Y-Z tables, and they’re also used for items such as sampling fingers, pipetting and sample movements.
Typical Current Motion Solutions:
Z-Theta Ultra-Compact 2-Axis Design:
Designed for easy integration in OEM assemblies, the Haydon Kerk Z-Theta offers linear + rotary point-to-point motion in an compact footprint.
Unlike in-house component-up designs that require extensive engineering, multiple vendors and complex assembly integration, Z-Theta is a modular “bolt-in” package, offering:
- A compact co-axial design, that enables a small footprint
- Easy integration into system design
- Pre-engineered modular design, which reduces supply chain and time to market
- Configuration options, designed to optimize performance for specific applications
- Compatible with a wide range of drive and controllers.
Linear Stepper Actuators:
Haydon Kerk Motion Solutions’ line of hybrid stepper motor linear actuators drive a rotor nut on a stainless steel precision acme lead screw. This patented interface reduces tolerances and noise while increasing efficiency and durability over v-thread and bronze nut configurations commonly used in other linear actuators. Available in captive, non-captive and external linear configurations, these actuators are specifically designed for high performance and exceptional endurance in a small package.