Dover Motion

Constant velocity scanning imaging is often used when the throughput needs to be maximized and if the image sensor technology can support it. This technique, also referred to as “time delay and integration” (TDI) imaging, generally requires a charge-coupled device (CCD) sensor that will be continuously illuminated while images are continuously acquired. Watch the video with Kevin McCarthy to see how TDI imaging works. #TDI #TimeDelayIntegration #TDIimaging #DNASequencing

🍁This Thanksgiving, we’re celebrating the traditions that bring us together with our own Dover Motion Thanksgiving Digital Cookbook! Filled with all-time favorite recipes from our team, it’s our way of sharing the holiday spirit with you. Enjoy the season of giving with must-try dishes like: ✅ Maple-Glazed Turkey ✅ Pumpkin Bread ✅ Turkey Balls We hope these recipes add warmth and flavor to your Thanksgiving table! From all of us at Dover Motion, we wish you a happy, healthy, and delicious Thanksgiving. #Thanksgiving2024 #Grateful #WeAreMoreTogether #Cookbook

Selecting the right microscope stage is key for automated optical inspection, ensuring precise positioning and focus for high-quality imaging. Our guide breaks down the process, from defining application requirements to selecting optical components and motion system architecture. Ready to optimize your instrument? Download the Step-by-Step Guide to Choosing Microscope Stages. Link in the comments. #Microscopy #PrecisionEngineering #Optics #MicroscopeStage

Dover Motion collaborated with a client to develop a cost-effective multi-axis stage system for a digital cytology instrument. The solution not only reduced production costs by two-thirds but also tripled throughput, enabling precise, automated cell imaging, which led to FDA approval and market success. Read the case study —link in the comments. #PrecisionEngineering #CellImaging

Explore the strategies to improve motion and camera throughput including stage and camera timing, why higher speed image download matters, and options for high speed image downloads in our video. #Microscopy #MotionControl #Throughput #HighSpeedImaging

We are #hiring! Dover Motion is an innovative technology company solving the world's most challenging problems in precision motion. Our most valuable assets are our people. Click the link in the comments to check the open roles and job details. #MassachusettsJobs #JoinOurTeam #ExtraordinaryTeams

When it comes to precision motion control, mounting accuracy can make or break performance. Mounting issues are a leading cause of positioning errors, often tied to surface flatness or cleanliness. Even the smallest imperfections, like human hair, can affect performance. Our guide emphasizes using flat, stable surfaces, and ensuring proper torque and fastening techniques. For multi-axis setups, proper alignment and stage compatibility are crucial to maintaining accuracy. Learn more about optimizing your setup for precision in our article —link in the comments. #PrecisionMotion #Engineering #PrecisionPositioning

Are you looking to improve your imaging system's performance? Our latest whitepaper explores innovative techniques to optimize motion for Sequential Field Imaging, focusing on how to acquire the maximum number of images per second without sacrificing precision. Click the link in the comments to download the whitepaper. #ImagingSolutions #InnovationInMotion #HighSpeedImaging

Learn about our all-in-one motion control software for Dover Motion products in a 1-minute overview video. Motion Synergy™ API, our motion control software, shortens setup time by providing simple to use tools for commissioning and integration into your instrument and offers the ultimate in advanced applications and motion profile features. #MotionControl #MotionControlSoftware #Motion

Maximize your system's accuracy with laser interferometers. Our latest article explains how this technology reduces Abbé offset and enhances high-resolution feedback for optimal performance. With their ability to be used as either passive readouts or active feedback components, laser interferometers deliver higher precision and accuracy compared to traditional linear encoders. 👉 Dive into the details and discover how this technology can enhance your positioning systems. Link in the comments. #PrecisionEngineering #MotionControl #LaserInterferometry