LEP filter wheels are designed for high performance and long time reliability. Adaptable to most major brands of microscopes with a versatile flange system, integration problems are eliminated. (read more)

High resolution, high speed focusing stage for microscopy. The LEP piezo Z-stage features a large open-frame design that is compatible with most inverted microscope stages. The integrated piezo control in the MAC 5000 controller provides a simple, stable and expandable platform for high performance microscopy. (read more)

The LEP filter wheel provides fast, automated and efficient optical filter changing for microscopes. The filter wheel position is digitally encoded which makes it immune to slippage and skipping errors. (read more)

The LEP robot has many design features that make it unique. First, the platform mount vastly improves the ease of assembly and service. The telescoping lift axis provides long range of motion while requiring very little space. The linear radius axis and precision rotation axis ensure the highest wafer placement accuracy. (read more)

To meet the ever increasing demands of the semiconductor industry, LEP has a full line of high accuracy, high performance stages. Designed to eliminate compromise, these stages offer the best performance available in a low profile microscope stage. Attention to detail in design, manufacturing and components are keys to the quality of the final product. Each stage uses a highly refined, e... (read more)

This stage features a flat-top design that provides clear, unobstructed access to specimens. This facilitates the use of probes and manipulators as well as easy specimen loading and unloading. The BioPrecision2 family of stages all feature optimized drive technology to ensure the highest accuracy, repeatability and throughput. (read more)

State of the art applications require state of the art solutions. To this end we have developed the linear encoded inverted stage. Designed to eliminate what has been a compromise between performance, repeatabiliy and accuracy this stage is more compact that our previous stages with high resolution linear encoders embedded into the stage itself. (read more)

The IMC-101G offers industrial-grade media conversion between 10/100/1000BaseT(X) and 1000BaseSX/LX/LHX/ZX, allowing users to extend the distance between copper based connections with fiber optic cables. The IMC-101G has an open SFP slot that allows users to plug in the appropriate SFP optics to suit a variety of applications. (read more)

The inverted microscopes is a very popular platform for automation due to their stability and optical performance. Inverted microscopes typically permit the least amount of freedom for stage design. (read more)

^{The MAC 6000 controller system from Ludl Electronic Products is the fifth generation system specifically designed for microscope control. The modular system can support an almost unlimited number of motion axes. Each axis can be either stepper motor, DC servo motor or dedicated application modules for filter changers, focus control and piezo drive.} (read more)