Company news

We’ve recently noticed that some customers confuse robotic laser welding with laser seam tracking. Although they are often used together, they serve different purposes. Robotic Laser Welding Robotic laser welding is a welding process. A laser beam is used as the heat source to create high-s...Read more »

For beginners learning robot operation, TCP (Tool Center Point) is one of the most important concepts. TCP which is the exact working point of the robot tool, such as a welding torch, gripper, or laser head. Why is TCP important? - Ensures accurate robot movement - Defines the correct working pos...Read more »

Another FANUC teach-free robotic welding project is on its way to the customer. This project was shipped in three containers, ready for installation and commissioning. Designed for high-efficiency production, the system provides flexible, automated welding while reducing programming time. Thank y...Read more »

Laser welding combines the flexibility of industrial robots with the precision of laser technology. -High welding speed -Low heat input and minimal deformation -Clean and precise weld seams -Suitable for stainless steel, carbon steel, aluminum, and more When combined with laser seam tracking, the...Read more »

A torch cleaning station helps maintain stable welding quality in robotic welding cells. Its main functions include: Nozzle Reaming – Removes spatter and slag from the welding nozzle. Wire Cutting – Cuts the welding wire to a consistent length for reliable arc starts. Anti-Spatter Application – A...Read more »

Last week, JSR Automation retrofitted 3 Yaskawa GP50 robots for a customer. Added INpact boards → unlocked MotoLogix. Now, our customers can directly control the robots with their PLCs, improving integration efficiency, making the entire system more unified, and driven by the PLC. Looking for re...Read more »

Today, JSR Automation welcomed nearly 20 Yaskawa industrial robots to our facility, including popular models such as AR1440, AR1730, AR2010, GP7, and GP50. These robots will be integrated into upcoming welding, handling, palletizing, and automation projects for customers worldwide. At JSR Automa...Read more »

Home position calibration is the process of matching the robot position with the encoder position. The home position is calibrated before the robot leaves the factory. However, recalibration is required in the following situations: 1. Replacing the robot and controller (YRC1000) combination 2. Re...Read more »

This FANUC robotic welding workstation is designed for trailer floor welding, featuring a 20m ground track and Adjustable span positioner for long and large workpieces. The system supports teach-free welding, improving flexibility and reducing programming time for different parts. At JSR Automati...Read more »

A typical 3D vision guided robotic picking application usually includes the following steps: 1. Vision System Hardware Setup Install and configure the robot, 3D vision camera, Industrial PC， gripper, and related hardware components. 2. Robot Communication Configuration Establish communication b...Read more »

This photo shows a recently delivered robotic handling and palletizing system during installation and commissioning at our factory. The system is designed to improve efficiency, and reliability in material handling and palletizing operations. At JSR Automation, we provide customized automation so...Read more »

Laser welding offers low heat input for minimal deformation, along with high welding speed that ensures clean and precise seams. In this test, the robot is equipped with laser seam-finding. It automatically corrects for seam deviations resulting from inaccurate fixturing or workpiece machining to...Read more »