High-throughput, automation applications for imaging and biotechnology
Dover Motion has released a open frame X-Y positioning stage with a dynamic performance and accuracy capability.
Designed for high-throughput, automation applications for imaging and biotechnology, the low profile DDM series is available through Dover Motion's exclusive distribution partner Heason Technology. The design features direct drive ironless linear servomotors and anti-creep cross roller bearings for smooth, zero-backlash motion.
It includes integral linear encoders that provide positioning resolution to 0.1 micron (to 5 nanometres on request).
The small footprint DDM stage has a nominal travel of 120 mm x 80 mm and an overall height of only 40 mm.
A generous through aperture suits both imaging and microscopy use as well supporting microtitres or wellplates with top and underside access for biomedical sampling use.
The DDM is designed to provide imaging throughput of up to 30 images/sec with outstanding stability during image capture.
The series has built-in cable management with a single point exit for all motor and encoder connections which reduces the overall stage footprint and facilitates straightforward installation.
The combination of direct drive servomotors and non-contact optical encoders plus the absence of moving cables provides the basis for long working life with little maintenance.
Heason Technology offers a complete range of motion controls and linear servo drives that, it says, will enable the highest performance from the Dover Motion DDM series.
Dual-axis or multi-axis controls with addition positioning mechanics are available for simple point-to point programmed motion to fully system integrated controls for high throughput production or laboratory analytics use.
Other Dover Motion products, available through Heason Technology, include linear and rotary stages for medium, high and ultra-high precision grades based with both air and mechanical bearing technologies and with linear or rotary servomotor drive systems.
Find out more on their website at https://dovermotion.com/
