Kyoto II Robot Promotion Office "Proposal for Automation of Higher-Level Deburring"

A fully automated deburring cell with a compact robot that packages everything needed for deburring! Testing is also available. The biggest concern regarding automation in metal processing factories is "deburring." With the new product "Robot Deburring Cell" from Nikkon, smooth implementation as a packaged product is possible, and high-precision deburring can be fully automated thanks to the air floating unit and servo-controlled rotating table. The offline teaching function has also made teaching easier. Leave the automation of deburring and finishing processes for automotive parts, die-cast parts, cast parts, gears, and more to us! Pre-installation testing is, of course, possible, so please leave it to our robot implementation partner, the KYONI Robot Promotion Office. 【Features】 - Adoption of air floating unit - The unique air float mechanism closely follows variations in the workpiece. - Servo-controlled rotating table - Tool approaches are possible from all directions. - Easy operation with offline teaching - Teaching can be done offline. - Programming, simulation + CAD/CAM. - Packaged in a compact cell - Compact design that does not require a specific installation location.

The new robot MZ12 from Nittokyo achieves a 29% weight reduction compared to conventional products and offers a reasonable price! It boasts top-class speed and precision. We have achieved a 17% reduction in base size and a 29% reduction in body weight compared to conventional 12kg payload robots. The operating range is equal to or greater than that of previous models. It can handle a variety of tasks such as loading, transportation, assembly, and packaging. Additionally, the reasonable pricing makes it easy to introduce into your operations. 【Features】 ■ Lightweight & Slim ■ Dustproof and drip-proof equivalent to IP67 ■ Rust-resistant and coolant-resistant coating as standard ■ All cables and motors are integrated within the arm ■ A wide range of applications included as standard

This is the comprehensive robot catalog from Fujikoshi, featuring a wide range of robots including scara, small-sized, heavy-load transport, welding, and palletizing. Fujikoshi developed Japan's first industrial robot in 1968, leveraging the technology cultivated through its production of bearings, hydraulics, and machine tools. Today, we offer a broad lineup of robots for various sectors such as automotive, industrial machinery, electronics, semiconductors, and logistics, contributing to automation and labor reduction in each field. This catalog introduces all our offerings, from 2kg payload scara robots to various handling robots with payloads up to 700kg, palletizing robots, cleanroom transport robots, press inter-transport robots, arc welding, and spot welding robots. Additionally, Kyoni Co., Ltd. is the main distributor of Fujikoshi robots, with a dedicated team for robots within the company, providing optimal robot system proposals. For customers who have no experience in introducing robots but wish to do so, or want to achieve efficiency and automation, we offer a collection of case studies and free demonstrations.

We propose robotization and automation solutions by specialized consultants in deburring. Leave everything from advanced tool selection to equipment design to us! Kyoni Co., Ltd. is a specialized trading company in tools and robots, with over 60 years of experience in tool sales and over 40 years in robot sales. Utilizing this know-how, our deburring specialists will propose automation and robotics solutions for deburring. Please feel free to consult us about any issues you have been turned away from by other companies or have given up on due to high costs. -------------------------------------------------------------------------- 【Features】 - Analysis and proposals by experienced deburring specialists - Starting not with automation in mind, but with the suppression of burrs and optimization of deburring tools - Achieving automation that combines the strengths of both humans and robots, rather than forced complete automation --------------------------------------------------------------------------