藤川伝導機 Product Lineup

Dust and drip resistance equivalent to IP67 Standard equipment includes rust-proof and coolant-resistant coating Top-level speed and high precision in its class Achieves a 17% reduction in base size and a 29% weight reduction Operating range is equal to or greater than that of conventional models Wiring and piping from the robot body to the tool are standard equipment Simplifies routing with a wide range of applications

The conventional lightweight, compact, hollow wrist remains unchanged, with increased payload capacity, extended reach, and enhanced speed and precision.

Achieves a 10kg payload with the same dimensions and operating range as MZ07. Adopts a hollow wrist for neat storage of wiring and piping, and increases wrist torque.

The world-class maximum speeds on each axis remain the same, but the improvement in acceleration and deceleration performance has reduced the takt time by up to approximately 43% compared to conventional machines. Position repeatability accuracy: the deviation has been reduced to about 3/4 compared to conventional machines. Trajectory accuracy: the deviation has been reduced to about 1/3 compared to conventional machines.

Achieving the world's fastest motion performance with a lightweight robotic arm and the latest motion control technology, contributing to increased productivity on the production line. Neatly storing wiring and piping for the hand in a hollow wrist.

Large wrist torque that is not limited to specific applications World's smallest 6-axis design in the 1kg payload class Degrees of freedom that surpass those of SCARA robots Ideal for assembling small electronic components in clean rooms

Options available for IP65 and IP67 specifications. Productivity improvement through robotics in various environments. The maximum reach of 2,050mm is the largest in its class. The powerful wrist enables flexible handling of a wide variety of workpieces.

Robot application is now possible in narrow spaces and places with obstacles that could not be achieved with the previous 6-axis structure! Space-saving layout is possible. A compact body with a generous payload of 20kg, up to 30kg maximum.

In addition to a wide range of motion, it achieves high waterproof and dustproof performance. It accommodates various customer work environments. The installation width is only 280mm, the smallest in its class. The powerful wrist freely transports a wide variety of workpieces.

In addition to a wide range of motion, it achieves high dust resistance. It accommodates various customer work environments. The installation width is only 280mm, the smallest in its class. The powerful wrist can freely transport a variety of workpieces. It meets the need for an even more compact workspace.

In addition to a wide range of motion, it achieves high water and dust resistance (at the wrist and body). It accommodates various work environments of our customers. The risk of interference with surrounding wiring devices is reduced, improving applicability and making it easier to access narrow areas.

The vertical movement of the first axis (the entire arm) achieves arm compactness. Since there are no motors in the robotic arm section, it enables slim, lightweight, and high-speed operation. A reduction of 30% in line width and 40% in cross-sectional area allows for significant compactness. A small arm achieves a compact layout with a wide range of motion. By optimizing the path, the cycle time can be reduced by 30% compared to floor-mounted scara types. The smart wiring routing of the hollow wrist structure avoids interference with surrounding equipment and improves reliability. From four types of ceiling-mounted/floor-mounted with Z-axis strokes of 250/150mm, the optimal arm can be selected to match the equipment.

Ceiling-mounted installation achieves space-saving. Slim arms enable high-speed operation. Ceiling-mounted installation realizes the shortest path of movement. A large hollow hole with a diameter of 36mm is secured at the end of the hand. Internal wiring and piping in the body avoid interference risks and improve reliability. Four models are available, allowing for the selection of the optimal arm and controller.

The EC06 series is a high-speed, high-precision, and simply structured SCARA robot that is ideal for applications such as assembly and handling. It offers three maximum reach options: 500mm, 600mm, and 700mm. Additionally, by adopting a hollow structure for the end effector axis, it simplifies the piping and wiring routing from the robot body to various tools, significantly reducing the burden of installation.

NACHI's slim arm collaborative robot CZ10 is packed with user-friendly features and structures. It eliminates the need for safety fences, lowering the barriers to robot introduction and enabling it to be used in various applications.

Experienced specialists will respond to your request with custom design and manufacturing tailored to your specifications!

The cable reel is the area in which our company excels the most, having commercialized automatic reels for industrial machinery for the first time in the country. In this development, improving the quality and reliability of the collector device, which is considered the heart of the system, has always been the most important theme. The HATAYA OKS slip rings incorporate technology cultivated through the production of cable reels, boasting a market track record of one million units. We offer a wide range of products, from power supply types to weak current types for control and signals, as well as high voltage and high current types. Additionally, we also cater to special applications such as composite control circuits and large diameter, high-speed rotation.

Ohsaki Electric's electromagnetic brakes boast reliable high technological capabilities and high quality. Ohsaki Electric's slip rings flexibly respond to user needs. Compact size widely supports electromagnetic brake control.

The EWELLIX lifting column is a robust and low-noise actuator in a rectangular prism shape, allowing for the selection of optimal specifications based on application and usage conditions, such as stroke length, load, bending moment load (offset load), and lifting speed. The stroke exceeds 700mm, with a force (permissible load) of 6000N and capable of withstanding a bending moment of 2800Nm, and it supports voltages of 120VAC, 230VAC, and 24VDC. It is widely used not only in the lifting components of medical devices and collaborative robots but also in various industrial equipment for vertical axes.

This is a cylinder-type actuator that exhibits accurate operation, long lifespan, and high thrust. It uses a high-precision sliding screw, ball screw, or roller screw as the driving engine, and by adopting a full aluminum body, it boasts a very lightweight and compact design while achieving high power density. It is an ideal product for automation applications and electronic equipment manufacturing devices.

The high thrust type LT…H of the Linear Motor Table LT series uses C-groove linear ways for table guidance, and it is an actuator that provides the highest thrust in the LT series without compromising compactness, making it ideal for precise positioning of heavy objects. The newly developed LT170H2 has significantly improved rated thrust by adopting a linear motor with a different structure from the existing LT…H. This has expanded the range of operating conditions it can accommodate, making it suitable for a wide variety of applications, including semiconductor-related equipment and FA-related equipment.

We provide the optimal system for all production factories and distribution sites with a variety of rollers, belts, and various devices.

Robot framework combines functionality and design, allowing for a wide range of customizations to suit various applications. Safety measures: We propose various options for opening and closing. Work stocker: Facilitates smoother transportation between processes. AGV and hand trucks: Automation and labor-saving in transportation and conveyance.

The high-load goniometer <MAX-G> series was developed as a component of large X-ray diffractometers. The <MAX-G> series supports both horizontal and vertical configurations, making it easy to assemble various devices. Additionally, it is possible to install an encoder as an option, and feedback control can be achieved by using it in conjunction with our controller (SC series).

With submicron resolution, accurate positioning in six degrees of freedom is possible.

We will make clean steps at the submicron level without applying feedback such as scaling.

It is optimal for wafer alignment and similar applications. Free airflow is created above and below the workpiece, increasing design flexibility.

The analysis and inspection target work can be controlled as desired due to: 1. Excellent straightness during operation 2. Repetitive positioning accuracy 3. Flexible custom support.

The slim design (22mm) contributes to the space-saving of the entire mounted device. It features high-precision lead screws, providing excellent durability. The tangent bar method achieves high resolution (0.002°). It realizes optimal precision for high-accuracy alignment.

Horizontal Plane 1/2 Wedge Z Stage Upright Z Stage Horizontal Plane 1/4 Wedge Z Stage Horizontal Plane Four-Sided Flat Roller Guide Z Stage

By adopting a parallel link mechanism that uses a double wedge method in the drive unit, the elevation and tilt drive, which had previously required additional components in the RST aligner, has become possible.