Software Overview

We deliver high-speed, compact industrial robot arms that drive efficiency across sectors like automotive, electronics, plastics, metal, green-house automation and life sciences.

We deliver high-performance industrial robot arms designed for the strict demands of the pharmaceutical and medical industries.

We offer high-precision industrial robot arms designed to meet the strict standards of the food industry.

DENSO Robotics delivers high-precision industrial robot arms tailored for the electronics industry.

The automotive industry has always stood for innovation, efficiency, and the highest quality standards.

Discover case studies across different applications in assembling, inspection, machine tending, polishing, processing, transportation and more.

Whether the task involves cutting, deburring, surface treatment, or finishing—processing applications demand both accuracy and reliability.

In quality assurance, precision and speed are everything. DENSO robots enable automated inspection with unmatched accuracy and reliability.

Efficient internal transport is key to maintaining smooth workflows and reducing bottlenecks.

Automated assembly processes require not only speed, but also precision and consistency—especially when working with delicate components or complex part geometries.

Sealing and gluing applications demand smooth, uninterrupted motion and highly accurate path control to ensure uniform application and strong, clean bonds. DENSO robots excel in this field.

Whether it’s adhesives, lubricants, or other fluids—accurate and consistent dispensing is critical to product integrity and process efficiency.

Machine tending tasks require repetitive accuracy and efficient interaction with CNC machines, presses, or injection molding systems.

High-speed pick-and-place operations are the backbone of many production and packaging processes. DENSO robots stand out with their exceptional speed, precision, and reliability.

Polishing processes require a delicate balance of pressure control, consistent motion, and responsiveness to surface contours.

Automated screwdriving requires precise torque control, accurate positioning, and consistent handling to prevent damage and ensure product integrity.