NEWS

Sankyo Automation is heading to IMTS 2026 with a lineup of rotary motion technology designed to help manufacturers machine faster, position parts more accurately, and maintain that precision over time. Visitors will be able to see four different Sankyo solutions in person: the RTG500 RollerDrive® Trunnion Table, the RCD105 CNC Rotary Table, the new RPS330 RollerDrive® Precision Spin Table, and a hands-on demonstration of the RollerDrive® zero-backlash technology behind many o

In automated production environments where multiple stations must operate in perfect timing, synchronization becomes a critical part of machine design. Coordinating multiple indexing mechanisms through sensors and control logic can add complexity, increase costs, and introduce additional points of failure. A simpler and highly reliable approach is mechanical synchronization using a single driveshaft. By driving multiple Sankyo Automation Indexing Drives from a shared jackshaf

High-speed assembly systems often rely on precise coordination between part feeding mechanisms and indexing dials. When multiple motions must occur in perfect timing—such as feeding a part and positioning it on a dial—machine builders need a solution that guarantees synchronization without introducing unnecessary control complexity. By combining a Sankyo Automation Indexing Drive with an Oscillating Handler, manufacturers can create a mechanically synchronized pick-and-place

Moving parts quickly and accurately through an automated process requires more than speed alone—it demands motion that is smooth, repeatable, and easy to integrate. When conveying applications require both lifting and transferring components, combining these movements into a single mechanism can improve both efficiency and reliability. Sankyo Automation's Oscillating Handler is designed to do exactly that. By performing oscillating and lifting motions in succession, it create

In automated production environments, efficiency isn't just about speed—it's about knowing when motion is actually required. Unnecessary cycles can contribute to wasted energy, increased wear, and reduced throughput over time. By incorporating presence detection into conveying applications, manufacturers can ensure movement only occurs when it's needed. Sankyo Automation's Oscillating Handler provides a simple and reliable solution for part transfer applications by actuating

In automated manufacturing, keeping parts moving reliably is just as important as the operations being performed on them. Even small delays in part feeding can create bottlenecks that impact the entire production process. That's why simple, repeatable motion solutions remain a cornerstone of efficient automation system design. Sankyo Automation's Oscillating Drive provides a reliable method for supplying parts at high speeds by converting oscillating motion into a precise in-

Sheet stock feeding applications often require more than simple start-and-stop motion. In many production environments, the material needs to be advanced by a specific distance so each cut, form, punch, or process step occurs at the correct location. For applications where feed length needs to be controlled accurately, Sankyo Automation’s Indexing Drive with reducer provides a reliable mechanical solution. Controlled Sheet Stock Feeding In this application, the Indexing Drive

In many production environments, parts need to be washed, dried, cured, or processed in stages without taking up unnecessary floor space. For manufacturers working with limited room, an upright conveyor can be an efficient way to move parts through a process while keeping the overall system footprint compact. Sankyo Automation’s Indexing Drive provides the controlled motion needed to move an upright conveyor through each step of the process with accuracy and consistency. How

In high-speed manufacturing environments, transfer feeding systems need to move parts quickly, accurately, and consistently from one station to the next. When timing is off, even slightly, the result can be misfeeds, reduced throughput, unnecessary downtime, and inconsistent part positioning. Sankyo Automation’s Parts Handler is designed to solve this challenge by providing mechanically synchronized motion for transfer feeding applications that demand precision at speed. Mech

Sankyo Automation will be exhibiting at AUTOMATE 2026, taking place June 22–25 at McCormick Place in Chicago, Illinois. Visit us at Booth #10012. AUTOMATE is one of North America's largest automation and robotics trade shows, bringing together manufacturers, engineers, and machine builders from across the industry. It is an opportunity to see the latest motion control technology up close and connect with the teams behind it. What to Expect at Booth #10012 Sankyo Automation ha

In high-speed production, long transfer systems need more than basic motion. They need accuracy, synchronization, and repeatability across the full length of the mechanism. This is especially important in bar stock transfer feeding applications, where workpieces must be advanced at an even pitch while maintaining consistent positioning from station to station. Sankyo Automation’s Parts Handler is designed for applications like this, where multiple synchronized drives work tog

In automated production, consistent part spacing can make a major difference in how smoothly a system runs. When parts need to be fed, transferred, or staged at a repeatable distance, the conveying method has to be both reliable and precise. That is where Sankyo Automation’s Indexing Drive can provide a strong advantage in screw conveying applications. By indexing the conveying screw in controlled increments, the Indexing Drive allows parts to be fed into the screw and convey

In high-precision automation, backlash is the enemy of accuracy, speed, and repeatability. Any play in the drive mechanism can create motion disturbances, longer settling times, and reduced positioning performance. That is where Sankyo Automation’s RollerDrive technology stands apart. Sankyo products are known for their zero-backlash mechanism, delivering smooth, controlled motion with no play in the drive system. When used to drive a ballscrew, this technology allows for pre

Precision Linear Motion Without Compromise When designing equipment with vertical motion, performance under load becomes a critical factor. Gravity, thrust forces, and positional stability all come into play—and not every drive system is built to handle it cleanly. The Sankyo Automation RollerDrive offers a reliable solution for vertical ballscrew-driven applications where precision and rigidity matter. Built for Vertical Performance Vertical motion systems demand more from a

Streamlining Part Handling Without Interrupting Flow In high-throughput manufacturing environments, every second—and every movement—counts. Handling operations like part inversion can often introduce unnecessary complexity, additional equipment, or process interruptions. With the Sankyo Automation Indexing Drive, workpiece inversion can be seamlessly integrated directly into your production line. How the Inversion Process Works This application utilizes a smart, compact desig

A Smarter Way to Integrate Overhead Work Units In automated manufacturing, space is always at a premium—and efficiency depends on how well that space is utilized. One often-overlooked advantage of indexing technology is the ability to integrate additional functionality directly into the system design. With the Sankyo Automation Indexing Drive, the hollow center shaft opens the door to exactly that. Utilizing the Hollow Center Shaft The hollow center of the Indexing Drive’s ou

In many welding operations, efficiently supplying and discharging large or heavy welding materials is essential for maintaining consistent production flow. Handling oversized parts manually or with conventional positioning equipment can slow down the process, introduce variability, and require additional clamping or hydraulic systems. Using an Indexing Drive from Sankyo Automation’s α Series , manufacturers can automate the positioning of welding materials quickly and accurat

High-speed assembly systems often rely on precise coordination between part feeding mechanisms and indexing dials . When multiple motions must occur in perfect timing—such as feeding a part and positioning it on a dial—machine builders need a solution that guarantees synchronization without introducing unnecessary control complexity. By combining a Sankyo Automation Indexing Drive with an Oscillating Handler , manufacturers can create a mechanically synchronized pick-and-pl

In automated production environments where multiple stations must operate in perfect timing, synchronization becomes a critical part of machine design. Coordinating multiple indexing mechanisms through sensors and control logic can add complexity, increase costs, and introduce additional points of failure. A simpler and highly reliable approach is mechanical synchronization using a single driveshaft . By driving multiple Sankyo Automation Indexing Drives from a shared jacksh

Precise motion control is critical when driving robot arms and other dynamic masses—especially in applications that involve frequent direction changes. The RollerDrive from Sankyo Automation is engineered to deliver smooth, controlled motion in these demanding environments. With a zero-backlash design, the RollerDrive provides consistent performance during oscillation and rotation, even under changing load conditions. Zero-Backlash Motion for Dynamic Loads The RollerDrive’s