富士精工 Product Lineup

The QT tool utilizes the functions of the machining center to achieve automatic correction, making processing possible on general-purpose machines. It is equipped with a unique mechanism that allows for high-precision fine adjustments in increments of ø2.5µm. It realizes "high productivity," "high-precision processing," and "reduction in capital investment."

We realize work transportation and fixture changeover in machining centers. What is a material handling holder that contributes to the automation of manufacturing? It is a holder that handles (picks up and transports) materials within a machining center, designed to accommodate various shapes through custom design. It is recommended for those who are "manually changing workpieces" or "experiencing equipment downtime every time a fixture change is made." We have compiled past design examples and other information into a PDF document. Please feel free to download it or contact us for more information. 【Features】 ■ Simply attach it to the machining center ■ Custom design accommodates various shapes ■ No need for large investments like gantry loaders or robots ■ No teaching required like with robots ■ No special power source needed

Tightening-kun utilizes the rotational power of the main spindle and incorporates compression functions and a torque limiter, making it possible to tighten and loosen bolts, which were traditionally done manually, simply by attaching it to a machining center. With "Tightening-kun," you can tighten and loosen bolts within the same equipment as the machining machine just by attaching it to the machining center, and it supports automatic tool and workpiece changeovers. It achieves "automation," "investment reduction," and "improved investment operating rates." 【Features】 ■ Just attach it to the machining center ■ Built-in torque limiter for torque management ■ Compression included, eliminating the need for precise spindle control ■ No teaching required like with robots ■ No special power source needed

The "Universal Chuck" is a chuck for tool grinding that can clamp a wide range of diameters from Φ5 to Φ20 with high precision. In conventional tool grinding machines, multiple chucks with different gripping ranges had to be prepared, and it was necessary to replace several collets to match the tool diameter. However, with the "Universal Chuck," continuous processing is possible without replacement. We encourage those in research and development, tool rooms, tool manufacturers, and equipment manufacturers to inquire. In mixed production of various types, this product achieves gripping from Φ5 to Φ20 with a special clamping mechanism, enabling compatibility with a variety of workpieces using a single machine, thereby contributing to increased productivity!

The "Universal Chuck" is a chuck for tool grinding that can clamp a wide range of diameters from Φ5 to Φ20 with high precision. In conventional tool grinding machines, it was necessary to prepare multiple chucks with different gripping ranges and to replace several collets to match the tool diameter. However, with the "Universal Chuck," continuous processing is possible without replacement. We encourage those in research and development, tool rooms, tool manufacturers, and equipment manufacturers to inquire. In mixed production of various types, this product achieves gripping from Φ5 to Φ20 with a special clamping mechanism, enabling compatibility with a variety of workpieces using just one machine, thus contributing to increased productivity!

The transport hand is a collaborative robot transport hand designed to carry a wide variety of workpieces. It uses CFRP laminated molded parts as its components. It has a high strength-to-weight ratio and can create free shapes that are impossible to manufacture with conventional processing methods. Along with a lightweight and high-strength body, the hand shape can be freely customized to fit the workpiece. This enables the automation of transporting a diverse range of workpieces.

In the automotive industry, there is a demand to reduce the frequency of tool changes and enhance production efficiency to accommodate the processing of a wide variety of parts. Particularly in low-volume, high-variety production, shortening setup time is crucial. Traditional tool grinding machines required the exchange of multiple collets to match the tool diameter, a task that was time-consuming and labor-intensive, leading to decreased productivity. 【Application Scenarios】 * Automotive parts manufacturers * Mold manufacturers * Prototype and low-volume production 【Benefits of Implementation】 * Reduction in tool change time * Shortening of setup time * Improvement in productivity

In the machine tool industry, there is a demand to accommodate a variety of tool diameters and to reduce setup time. This is particularly important in low-volume, high-variety production, where the frequency of tool changes can significantly impact production efficiency. The universal chuck supports a wide range of diameters from Φ5 to Φ20, contributing to increased productivity by eliminating the hassle of tool changes. 【Usage Scenarios】 - Tool grinding machines - Mixed production of various types - Tool rooms 【Benefits of Implementation】 - No need for preparation or replacement of collet chucks - Reduction in setup time - Improvement in productivity

In the precision machinery industry, there is a demand for improved efficiency in tool changes to accommodate small-batch production of various types. When tool diameters frequently change, the time spent on changing chucks and preparing collets can lead to decreased productivity. The "Universal Chuck" accommodates a wide range of diameters from Φ5 to Φ20, contributing to labor savings by reducing the frequency of tool changes. 【Usage Scenarios】 * Continuous processing on tool grinding machines * Mixed production of various types 【Benefits of Implementation】 * Reduced tool change time * Increased productivity * Cost reduction