Advanced Material Handling
Highly repeatable and non-marring material handling are hallmarks of our custom-designed systems.
We are experts in advanced material handling. Our inspection, process and assembly automation systems utilize the precise coordinated motion of materials across multiple degrees of freedom that is guided by vision and sensor subsystems, and powered by custom software.
Our engineers design and manufacture complex automation systems with multi-axis arms and motion feedback, increasing flexibility and repeatability capabilities, to measure complex geometries such as bores, undercuts, spheres, organic shapes, and chamfers.
Vision and Sensor Feedback
We use machine vision feedback systems to precisely orient components within single-digit microns and microradians. Through-beam transmitters and receivers ensure chucks are clear before loading new parts, while identification lasers confirm parts remain stable on conveyors, and barcode readers scan part IDs to enable recipe-driven process customization.
We developed our ZeroTouch® platform utilizing air bearings, which improve the system’s precision, repeatability, and position accuracy by reducing friction and providing an extremely smooth motion of precision stages at a high speed.
We regularly design and build automation systems with vision and laser measurement systems that approach 50μm dimensional tolerances with submicron repeatability. Automated precision dispense solutions is one of our specialities, where we can achieve dispensing speeds of 150 milliseconds per placement with 20μm repeatability.
Our flexible wafer handling systems detect and measure trenches in silicon wafers with less than 1μm accuracy, while our laminating systems produce completed assemblies at a rate of 9 seconds per lamination.
With manufacturing facilities located in the U.S. and China, DWFritz provides exceptional global support services.