Ludl Electronic Products has been designing and
manufacturing precision automation components for more than 30 years. Well
known for high quality, high precision automation components, Ludl Electronic
Products strives to be a leader in providing the best solutions with clean,
straightforward designs and products.
Modular design principles make Ludl Electronic
Products automation components a smart choice for both complete systems as well
as individual components. A system utilizing components from Ludl Electronic
Products provides an efficient, integrated, economical solution by sharing a
common control system, logic and communication interfaces. The modular concept
allows for sub-systems and individual components to be used independently without
compromising performance.
High performance, low profile stages for
microscope and metrology system applications are among the most well known
products from Ludl Electronic Products.
All stages feature stainless steel crossed roller guide bearings, precision
ground recirculating ball lead screws and MIL-SPEC anodized surfaces. Options
include open-loop, rotary encoders, linear encoders, grid encoders with either
stepper motor or DC servo motor drive. Stages are available to suit almost any
application from 200mm microscopes for wafer inspection to large format stages
with 500mm travel range for high accuracy applications.
Building on solid foundations in the microscope
industry, Ludl Electronic Products also provides automation for the fast paced biotechnology
industry as well as semiconductor manufacturing. Products for biotechnology include
XY stages, robotic specimen handlers and optical automation such as high speed
filter changers and focus controls.
Reliability and satisfaction are essential elements
of the Ludl Electronic Products quality formula. This is directly reflected in the
products, support and customer service. In addition, as a means achieve these
goals, Ludl Electronic Products works to create an environment for an employee
that is satisfying and rewarding.