芝浦機械 List of Products and Services

We would like to introduce the "scara-type dual-arm collaborative robot" for assembly tasks that require high speed and high precision. 【Features】 ■ A battery assembly line that leverages the characteristics of the scara type, offering high speed and high precision! ■ Compact design with parts supply table, assembly table, and discharge table arranged in three directions! ■ Capable of performing dual-handed operations, holding the workpiece with one hand while carrying out a different task with the other! 【Benefits】 ■ Achieves the work of two machines in the space of one!

• SCARA Robot
• Assembly robot
• Assembly Machine

For those struggling with the transportation and removal of string burrs from large molded products, we would like to introduce the "Automotive Bumper Transportation and String Burr Removal System." 【Features】 ■ The robot grips the bumper while simultaneously removing string burrs! ■ Achieves operation with the smallest installation area without using large robots! ■ Simultaneously conducts product inspection after string burr removal with a camera at the fingertips! ■ Capable of complex movements while avoiding collisions with the industry's largest 16-axis drive! ■ By bending at the waist, it can extend the maximum reach and range of motion! ■ Can grip the workpiece with both arms simultaneously and lift it overhead! 【Benefits】 ■ Stable handling of large and long workpieces with both arms. ■ Capable of avoiding complex curved shapes and decorative surfaces while gripping. ■ Conducts product inspection within the operation process, contributing to reduced man-hours. ■ Allows for teaching without specialized knowledge using Blockly (visual programming). ■ Easy relocation using a hand lifter with simple fixation using four bolts. *For more details, please refer to the related links or feel free to contact us.

• Injection Molding Machine
• Articulated Robot
• Inspection robot

We would like to introduce the "Automated Inspection System for Circuit Boards Using Dual-Arm Collaborative Robots" to those struggling with the automation and labor-saving of product inspections. 【Features】 ■ Simultaneous product inspection is possible with a camera on the robot's hand! ■ No I/O control is needed between the automatic inspection device and the robot; the robot presses the buttons on the inspection device itself! ■ With the industry's largest 16-axis drive, complex movements can be performed while avoiding collisions! ■ The area near the robot's arm is within its operational range, allowing for gripping even when the space between the robot and the workpiece is narrow! ■ Teaching is possible without specialized knowledge using Blockly (visual programming)! 【Benefits】 ■ Can replace tasks in the same space as humans ■ Allows for dual-hand operations, such as holding a workpiece with one hand while performing another task with the other hand ■ Easy relocation using a hand lifter with simple fixation using just four bolts *For more details, please refer to the related links or feel free to contact us.

• Printed Circuit Board
• Inspection robot
• Articulated Robot

We would like to introduce a case of automating the inter-device transportation in the inspection process of injection-molded products. 【Background of Automation】 Previously, operators visually inspected the molded products created by the injection molding machine and transported them to the next process. Since operators had to be constantly present, we considered automation. 【Automation Flow】 The operation flow after automation begins with the extraction of injection-molded products, transporting the workpieces to the inspection device, conducting automatic inspection within the device, and discharging the workpieces onto a discharge conveyor. As a result of automation, the number of operators was reduced by one. 【Effects of Automation】 - By using injection molding machines manufactured by Shibaura Machine, we delivered a comprehensive automation system. - We utilized collaborative robots to save space and accommodate situations where people might approach. - Production has become possible during nighttime and on holidays. If you are considering automation, please feel free to consult with us. *For more details, please download the PDF or feel free to contact us.

• Inspection robot

- Transportation, assembly, and inspection of parts - Palletizing and unpacking of cardboard boxes We have numerous achievements in these areas. By using our industrial robots, we can offer services at a low cost, and we provide consistent after-sales service in-house. Please feel free to contact us if you have any requests.

• Other conveying machines

We would like to introduce Shibaura Machine's "Dual-Arm Collaborative Robot" to those struggling with labor shortages. 【Human-like Features】 - With the industry's largest 16-axis drive, it can perform complex movements while avoiding collisions! - By bending at the waist, it can extend its maximum reach and range of motion! - The area near the waist is within the robot's operational range, allowing for gripping even when the space between the robot and the workpiece is narrow! - It can lift objects placed on the floor and perform tasks such as packing workpieces into boxes! - It can rotate while stably gripping large workpieces with its two arms! 【Scara-type Features】 - Achieves the work of two Scara robots in the space of one! - Utilizes its two arms to grip a single workpiece simultaneously while allowing for rotation! - Realizes high speed, high precision, and high rigidity! 【Benefits】 - Can replace tasks in the same space as humans - Allows for two-handed operations, such as holding a workpiece with one hand while tightening screws with the other - Can be taught without specialized knowledge using Blockly (visual programming) - Easy relocation using a hand lifter with simple fixation using four bolts *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

【Overview】 ■ This is a system for preheating carbon fiber composite thermoplastic resin sheets and inserting them into an injection molding die. The sheets are chucked by a retrieval and transport mechanism, conveyed to the preheating device for heating, and then inserted into the injection molding die. ■ By hybrid molding with an online blend injection molding machine, this technology can be used to develop high productivity for molding lightweight and high-strength small molded products. ■ Components: Sheet heating device, injection molding machine, sheet retrieval and transport device. 【Main Examples】 ■ An automatic transport system for CFRP (carbon fiber reinforced plastic) molding using a multi-joint robot. ■ An automatic transport system for GFRP (glass fiber reinforced plastic) molding using a multi-joint robot. 【Main Materials】 ■ CFRP (carbon fiber reinforced plastic) ■ GFRP (glass fiber reinforced plastic) ■ GMT (glass mat reinforced thermoplastic) * For more details, please refer to the PDF document or feel free to contact us.

• Injection Molding Machine

【Overview】 ■ Molding of C(G)FRTP using injection molding method. ■ By inserting a heated thermoplastic fiber-reinforced resin sheet into the injection molding die and clamping the mold, the shaping of the sheet and injection molding are performed simultaneously. ■ Equipment involved: FRTP sheet heating device, injection molding machine, vertical multi-joint robot. 【Main Examples】 ■ Automated transport system for CFRP (carbon fiber reinforced plastic) molding using a multi-joint robot. ■ Automated transport system for GFRP (glass fiber reinforced plastic) molding using a multi-joint robot. 【Main Materials】 ■ CFRP (carbon fiber reinforced plastic) ■ GFRP (glass fiber reinforced plastic) ■ GMT (glass mat reinforced thermoplastic) *For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

【Overview】 ■As part of efforts to commercialize the CFRTP hybrid molding system, we have achieved high strength through laminated pressing of stampable sheets and direct molding, high-speed and uniform heating of laminated sheets using a heated steam heater, and sheet transportation using a multi-joint robot. ■By reducing the thickness of expensive CF sheets, we lower material costs, systematize sheet transportation with heated steam heaters and multi-joint robots, shorten production cycles through thin sheet laminated heating methods, and enable heating that reduces oxidative degradation using heated steam heaters. ■Components: Heated steam heater, vertical clamping device, injection molding machine, multi-joint robot, scara robot. 【Main Examples】 ■Automated transportation system for CFRP (carbon fiber reinforced plastic) molding using multi-joint robots. ■Molding of thermoplastic super engineering plastics through external heating. ■Composite material molding system. 【Main Materials】 ■CFRP (carbon fiber reinforced plastic) ■GFRP (glass fiber reinforced plastic) ■GMT (glass mat reinforced thermoplastic) *For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

【Overview】 ■ Molding of thermoplastic resin using injection molding method. ■ By inserting a heated thermoplastic fiber-reinforced resin sheet into the injection molding die and clamping the mold, the shaping of the sheet and injection molding are performed simultaneously. ■ Equipment configuration: FRTP sheet heating device, injection molding machine, transport device (vertical multi-joint robot) 【Main Examples】 ■ Automated transport system for CFRP (carbon fiber reinforced plastic) molding using a vertical multi-joint robot 【Main Materials】 ■ CFRP (carbon fiber reinforced plastic) ■ GFRP (glass fiber reinforced plastic) ■ GMT (glass mat reinforced thermoplastic) * For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

Automating the Unpacking of Boxes ■Compatible with Various Sizes of Cardboard: Automatically detects and positions the size of the cardboard, making it compatible with various sizes. Perimeter Cutting ■Adjustable Cutting Position: The cutting position can be adjusted to a height that does not damage the contents. Lid Removal ■Automatic Lid Handling: The handling of the lid can also be done automatically (optional). *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot

Automating Box Unpacking ■Compatible with various sizes of cardboard: It can automatically detect and position the size of the cardboard, making it compatible with various sizes of boxes. ■Does not damage the contents of the box: By cutting the tape and flaps, it allows for the contents to be removed without damage. ■Accommodates surface irregularities: The cutting mechanism follows the contours of uneven surfaces, allowing it to handle deformed boxes. Tape Cutting ■Boxes can be reused: Specializing in tape cutting prevents damage to the contents and allows for box reuse. It also supports I-taping and H-taping of the tape. Inner and Outer Flap Cutting ■Easy removal of contents: Flaps are automatically cut, making it easy to access the contents. *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot

Automation of Heavy Object Transport ■Rotating Pallet: Covers arm length by rotating the pallet. Designed the thin rotating platform as low as possible to allow for entry and exit with a hand pallet. ■Easy Installation and Startup: Production can start within 2 days from the fastest delivery. ■Prevention of Product Drop: Air supply does not stop even during emergency stops, preventing product drops. ■Compatible with Other Mobile Equipment: Compatible with hand lifters and forklifts. Palletizing ■Supports Multiple Stacking Patterns: Can register numerous stacking patterns, allowing for multiple products to be stacked on a single line. Additionally, changing patterns is easy. Depalletizing ■No Teaching Required: Depalletizing is possible without teaching. ■Supports Mixed and Loose Stacking: Can accommodate various sizes of cardboard boxes (mixed and loose stacking). Options ■Vision Option ■2-Pallet Option *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot

The "TCmini×CUnet" is an easy-order PLC that realizes IoT-compatible small temperature control systems through "CUnet." It supports small-scale systems with 4 relay outputs, 4 photo-coupler inputs, and 4 analog inputs, allowing for switching between current input, voltage input, and thermistor temperature input. Additionally, by connecting remote I/O and expansion boards, it can be configured to match your requirements at a low cost. 【Features】 ■ Connects to other devices using open protocols like Modbus/TCP with Ethernet functionality ■ Easy connection to touch panel displays (Proface, Keyence, Seedsware, etc.) ■ Compatible with CUnet devices, allowing for additional specifications for customer products ■ Supports heating and cooling control by connecting to high-performance temperature control boards from Shinko Technos ■ Software development is possible using simple and easy-to-understand ladder language *For more details, please refer to the PDF document or feel free to contact us.

• controller
• Expansion Boards

"TCmini" is a revolutionary board-type PLC that can be programmed in ladder language. By implementing components inside the control panel onto a circuit board, it helps reduce the number of components, wiring, labor for wiring, and space. Additionally, it comes standard with a temperature control circuit, allowing for cost-effective, easy, and space-saving temperature control functionality with just one circuit board, without the need to add a temperature control unit. 【Features】 ■ Significant cost reduction and space-saving - Incorporates customer know-how into one board ■ Reasonable cost and short development time for circuit boards - Can significantly reduce development costs - Software can be easily developed and modified by the customer - Hardware can be developed in a short time by combining basic circuits *For more details, please refer to the PDF materials or feel free to contact us.

• controller

We would like to introduce the "Logi Robo Series," a factory logistics automation unit handled by Shibaura Machine. Factories have many tasks performed by humans, but transporting heavy items and opening boxes pose significant risks and burdens. To address these on-site issues, our company is working on replacing these tasks with robots. By eliminating challenges such as "difficult to introduce" and "takes up space" regarding robots, we make it possible to implement them in any factory. Shibaura Machine offers highly flexible robots that can be tailored to each specific site. 【Features】 ■ Flexible layout ■ Space-saving ■ Available for purchase by unit ■ Easy maintenance *For more details, please refer to the PDF document or feel free to contact us.

• Palletizer

We will achieve improvements in productivity, cost reduction, and quality enhancement through automation and labor-saving measures. (Composite molding, composite material molding, composite materials molding) 【Overview】 ■ The automatic transportation of heated prepreg sheets to the press machine will be performed. ■ The automatic retrieval of the pressed workpieces will also be carried out. ■ Since it is faster and more accurate than manual work, the quality will be stable. 【Main Examples】 ■ An automatic transportation system for CFRP (carbon fiber reinforced plastic) molding using multi-joint robots ■ Molding of thermoplastic super engineering plastics with external heating ■ Composite material molding systems 【Main Materials】 ■ CFRP (carbon fiber reinforced plastic) ■ GFRP (glass fiber reinforced plastic) ■ GMT (glass mat reinforced thermoplastic) *For more details, please refer to the PDF materials or feel free to contact us.

• Articulated Robot

We will achieve improvements in productivity, cost reduction, and quality enhancement through automation and labor-saving measures. Example 1 ■ In the inspection process of molded products, we will automate the transportation between devices. ■ By adopting collaborative robots, coexistence with humans is possible (no safety fence required). ■ Installation of inspection equipment. Example 2 ■ We will automate the visual inspection and tray packing of molded products. ■ Operators will only be responsible for collecting and replenishing trays. *For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

We will achieve improved productivity, cost reduction, and enhanced quality through automation and labor-saving measures. Example 1 ■ We will automate the workpiece transportation to processing machines (machine tools). ■ By using a traveling axis, it is also possible to transport workpieces to multiple processing machines (machine tools). Example 2 ■ We will automate the workpiece transportation to processing machines (machine tools). ■ Collaborative robots enable coexistence with humans. ■ We will install rails for robot retreat during tool changes to secure space in front of the processing machines (machine tools). ■ We will flip the workpiece on a temporary staging area for back-side processing. *For more details, please refer to the PDF materials or feel free to contact us.

• Machining Center

We will achieve improvements in productivity, cost reduction, and quality enhancement through automation and labor-saving measures. Example 1 ■ A multi-joint robot picks up parts that flow from the adjacent device via a conveyor using image recognition and inserts them into the mold. ■ Variability in work time due to individual differences is eliminated, stabilizing the quality of the molded products. Example 2 ■ We will automate the setting of insert parts into the mold and the retrieval of products. ■ We will automate insert molding, which is difficult to secure operators for. *For more details, please refer to the PDF document or feel free to contact us.

• Injection Molding Machine

Total Engineering - We integrate systems that meet your satisfaction through the technical capabilities of the Shibaura Machine Group and a wide network of partner companies. - We flexibly respond to everything from individual small-scale systems to large-scale production lines. Robot Engineering - Based on the robot technology cultivated over many years at Shibaura Machine, we achieve system engineering that includes peripheral devices and ancillary equipment by utilizing single-axis robots, scara robots, and multi-joint robots. - We provide the optimal robot system tailored to the products being handled and the intended purpose. Engineering for Other Companies' Equipment - We serve as an integrator, allowing us to accommodate a wide range of other companies' products. - We also support automation for other companies' injection molding machines and vertical molding machines. We have a track record of introducing robots from other manufacturers. *For more details, please refer to the PDF document or feel free to contact us.*

• SCARA Robot

We propose the automation of the "Insert Supply Machine" for automating insert molding with horizontal molding machines, which is difficult to supply manually. It supplies two types of insert parts (hardware) in quantities of 10 to 20 within a molding cycle of 60 seconds. By adopting a SCARA robot, we achieve increased speed and reduced labor. Furthermore, compared to dedicated machines, it allows for product changeovers with lower capital investment. 【Benefits】 ■ Reduction of 2 to 3 personnel costs ■ High-speed supply of 10 to 20 insert parts in 60 seconds by the robot, improving productivity ■ Replacement of hazardous tasks ■ Product changeovers with lower capital investment compared to dedicated machines *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot

We propose "Inspection Packaging Automation" that inspects the appearance of products, such as short shots, through image recognition. An automatic packaging machine is installed inline in the molding and processing line. A multi-joint robot is used for product supply, achieving space-saving and labor reduction. Compared to offline packaging, it saves film and eliminates the need for transportation between processes. It also allows for the removal of waste and foreign objects caused by operators. 【Benefits】 ■ Reduction of 2 to 3 personnel costs ■ Saves film compared to offline packaging and eliminates the need for transportation between processes ■ Allows for the removal of waste and foreign objects caused by operators ■ Options available for bagging, metal detection, inkjet printing, etc. *For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

We propose automation for "diverse system compatibility" in the post-processing of plastic molded products. Starting with the "gate cut process," which realizes cycle shortening and space saving, we contribute to speeding up and reducing labor in processes such as the "insert press process." 【Effects】 ■ Gate Cut Process - Cuts at optimal positions and timings - Achieves cycle shortening and space saving ■ Insert Press Process - Inserts nuts and collars after molding - Reduces labor and increases productivity through inline processing ■ Welding Process - Automates the loading and unloading to/from the welding machine with robots - Reduces labor and increases productivity through inline processing ■ Decoration System Proposal - Implements inline decoration such as inkjet printing and metal film coating on plastic molded products *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot

We propose "Automated Box Packing with Alignment" that transports randomly flowing products using vision tracking and robots. Products are transferred to cases two at a time with a molding cycle of 6 seconds, inserting dividers for each layer. By adopting a SCARA robot, we achieve increased speed and reduced labor. Since the conveyor does not stop, productivity is improved. Additionally, it allows for the elimination of waste and foreign objects caused by operators. 【Benefits】 ■ Reduction of 2 to 3 personnel costs ■ Increased productivity as the conveyor does not stop ■ Ability to eliminate waste and foreign objects caused by operators ■ Possible changeover with less capital investment compared to dedicated machines *For more details, please refer to the PDF document or feel free to contact us.

• Other conveying machines

We would like to introduce some points for consideration and confirmation when selecting a robot. This includes checking the specifications, weight, and center of gravity offset of the workpiece (the object to be worked on) and the hand (gripping mechanism), as well as confirming the robot installation environment, the range of motion, and the installation method. Additionally, please consider the teach pendant (optional) and PC software. [Points for Confirmation and Consideration (Excerpt)] 1. Confirm the specifications, weight, and center of gravity offset of the workpiece (the object to be worked on) and the hand (gripping mechanism). 2. Confirm the robot installation environment. 3. Confirm the range of motion and installation method. 4. Consider the required specifications for the work operation and its required time (cycle time). 5. Confirm the distance between the robot and the controller (cable length). *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

We offer "Controllers/Teach Pendants" compatible with scalar robots. Starting with the "TS5000," which enhances IoT performance with improved communication capabilities and high-speed communication functions, we also provide controllers such as the "TSL3000" and "TSL3000E." Additionally, we have a lineup of teach pendants, including the "TP5000," which has improved operability, and the "TP3000," which features a vibrant color screen for better visibility. 【Lineup (Excerpt)】 <Controllers> ■TS5000 ■TSL3000 ■TSL3000E ■TS3000/TS3000E ■TS3100/TS3100E *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

The "TH Series" is a high-speed, high-precision SCARA robot with the fastest cycle time of 0.30 seconds. Starting with the "TH180," the lineup includes nine products with varying arm lengths, such as the "TH250A," "TH350A," and "TH1200A." You can choose a robot that suits your application. Additionally, the maximum payload capacity is 20 kg, making it suitable for transporting automotive parts and other applications. 【Partial Lineup】 ■TH180 ■TH250A ■TH350A ■TH450A ■TH550A ■TH650A *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

The "THE Series" is a scara robot that supports the mass production of precision parts. It includes the "THE400" with a standard cycle time of 0.39 seconds (2kg load) and the "THE600" with a cycle time of 0.31 seconds, along with various other options. This high-precision product is suitable for assembly and inspection processes of electronic devices and automotive parts, and can also be used for applying grease and adhesives. 【Product Lineup】 ■THE400 ■THE600 ■THE800 ■THE1000 ■Options: Long stroke Z-axis (Z) / Z-axis with lower bellows (B) / Z-axis with upper cap (C) / Clean specification (CRB) / Z-axis wiring shaft specification (WS) / Dustproof and drip-proof IP65 compliant specification (IP) / Ceiling-mounted specification (T), and more. *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

The TVM series of vertical multi-joint robots from Shibaura Machine has achieved a balance between high inertia for heavy payloads of up to 20 kg and lightweight construction of the main body. In addition to three variations of arm lengths (900 mm, 1200 mm, 1500 mm), the operational range can be further expanded with the option of mounting on orthogonal axes. This contributes to automation, labor-saving, and efficiency, addressing a wider range of process automation needs, along with a feature-rich controller, programming support software, and software solutions such as bulk picking packages. *For more details, please refer to the PDF document or feel free to contact us.*

• Articulated Robot
• Cartesian Robot
• Transport and handling robots

The "TP5000" is a teach pendant that allows you to easily check programs and teaching points at a glance on its wide display area. With a split-screen display, it can show multiple items simultaneously, such as "current position and program monitor." It features a design that prioritizes ease of holding and operability, and it can be operated within 30 seconds of powering on due to its fast startup. 【Features】 ■ Equipped with a 7-inch wide color touch panel ■ Split-screen display allows for simultaneous display of multiple items ■ Multilingual support, with the ability to switch display languages by changing settings ■ Master mode can be switched between AUTO/MANUAL using the key switch at hand *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

The "TS5000" is a robot controller that has improved synchronization control tracking accuracy by speeding up the control cycle to three times that of conventional models. Additionally, it enhances CPU and Ethernet performance and has developed a function for rapidly outputting internal data externally. When combined with the new scalar robot "THE600," which features advanced mechanical design, it contributes to improved efficiency of automation mechanisms and production lines, enhanced quality, and faster return on investment. 【Features】 ■ Improvement in synchronization control tracking accuracy due to enhanced servo performance ■ Enhanced communication performance and strengthened IoT capabilities with high-speed communication functions ■ Strengthening of robot language ■ Compact housing ■ Increased user file capacity *For more details, please refer to the PDF document or feel free to contact us.

• controller
• SCARA Robot
• Other industrial robots

TSAssist, a new generation robot program creation support tool from Shibaura Machine. It strongly assists in the preliminary tasks from planning to implementation and improvement of automated systems using robots. By utilizing this PC software, maximize the investment benefits of automation and labor-saving systems using Shibaura Machine robots. Multilingual support (Japanese, English, Chinese (traditional and simplified)). Collaborative work with overseas bases can be conducted smoothly.

• Articulated Robot
• Articulated Robot
• simulator

The Control Systems Division supports machine control with a variety of control systems and technical expertise. We can broadly meet various needs with "system robots" that contribute to the automation, labor-saving, and efficiency of various manufacturing sites, as well as "servo systems" that serve as the driving force for all types of machinery, "programmable controllers," and "controllers for product divisions." [Business Contents] ■ System Robots ■ Controllers for Product Divisions ■ Servo Systems ■ Programmable Controllers For more details, please refer to the catalog or feel free to contact us.

• Instrumentation and Control Systems
• Other industrial robots
• Linear motor

This is a compact type of the global strategic SCARA robot from Shibaura Machine, which has received great acclaim for its "low price, lightweight, and energy efficiency." It boasts an astonishing price and reduces power capacity by 20% compared to the conventional "TH-A series," while its weight and maximum speed are among the best in the industry. [For more details, please download the catalog or feel free to contact us.]

• SCARA Robot

The new type of scalar robot, 'THE400', is suitable for assembly and inspection processes of electronic devices and automotive parts that require precision. 【Features】 ■ Achieves accurate movement trajectories, high-speed operation, and portability simultaneously - Cycle time in the 0.3-second range (when transporting 2kg) - Maximum payload of 5kg and allowable moment of inertia of 0.06 (kgm²) ■ Significantly improved arm followability with accurate movement trajectories to teaching points ■ A high-rigidity scalar robot with revamped mechanical design and control functions *For more details, please refer to the PDF document or feel free to contact us.

• SCARA Robot
• Other industrial robots

■ Multi-master type remote I/O control network communication "CUnet" compatible - Up to 64 nodes can be connected, allowing I/O control while sharing up to 512 bytes of data. - With a maximum response speed of 12 Mbps and a maximum connection distance of 300 meters, extensive control is possible. - Dedicated ICs handle communication control, minimizing the burden on the CPU and not affecting scan time. - High noise resistance solves unstable communication caused by noise. - Commercially available CUnet-compatible devices can be connected, allowing for flexible adaptation to changes in customer product specifications. ■ The concept of TCmini remains the same - Software development is possible using an easy-to-understand ladder language. - By connecting remote I/O or expansion boards, a cost-effective specification configuration that matches your requirements can be achieved. Customization is also possible upon request. □ For other functions and details, please download the catalog.

• Embedded Board Computers
• Other embedded systems (software and hardware)
• Circuit board design and manufacturing

The new type of scalar robot 'THE600' is suitable for assembly, inspection, and transportation processes of electronic devices and automotive parts that require high speed and precision. 【Features】 ■ Achieves accurate movement trajectories, high-speed operation, and load capacity simultaneously - Cycle time in the 0.3-second range (when transporting 2 kg) - Maximum payload of 12 kg and allowable moment of inertia of 0.25 (kgm²) ■ Significantly improved arm followability with accurate movement trajectories to teaching points ■ High-rigidity scalar robot with revamped mechanical design and control functions ■ New controller TS5000 - Improved synchronization control following accuracy due to enhanced servo performance - Strengthened IoT capabilities with high-speed communication functions By tripling the control cycle speed compared to previous models, synchronization control following accuracy has improved, and the CPU and Ethernet performance have been enhanced, developing the capability to output internal data to external sources at high speed. *For more details, please refer to the catalog or feel free to contact us.

• SCARA Robot
• Other industrial robots

The TVM series of vertical multi-joint robots from Shibaura Machine achieves both a high payload capacity of up to 20 kg and a lightweight body. In addition to three variations of arm lengths (900 mm, 1200 mm, 1500 mm), the operational range can be further expanded with the option of mounting on a Cartesian axis. It meets a wider range of automation needs and contributes to automation, labor-saving, and efficiency, along with a feature-rich controller, programming support software, and software solutions such as bulk picking packages. *For more details, please refer to the PDF document or feel free to contact us.*

• Articulated Robot
• Cartesian Robot
• Transport and handling robots

Demonstrating True Value in Production Sites: Shibaura Machine's Vertical Multi-Joint Robot 【Features】 ■ Contributes to compact equipment creation that is small and space-saving ■ Environmentally friendly (optional) Clean specification (ISO Clean Class 3) Dustproof and drip-proof specification (IP65) ■ Program creation support tools available Allows program creation without knowledge of robot programming 【Main Specifications】 ■ Arm length: 800mm ■ Cycle time: 0.4 seconds (at rated 2kg) ■ Maximum combined speed: 8.06m/s ■ Main body weight: 45.5kg ■ Maximum payload: 5kg □ For other functions and details, please download the catalog.

• Articulated Robot

Demonstrating True Value in Production Environments: Shibaura Machine's Vertical Multi-Joint Robot ■ Contributes to the creation of compact, space-saving equipment ■ Environmentally friendly options available Clean specification (ISO Clean Class 3) Dustproof and drip-proof specification (IP65) ■ Program creation support tools provided Program creation is possible even without knowledge of robot programming 【Main Specifications】 ■ Arm Length: 1,000mm ■ Cycle Time: 0.6 seconds (at rated 2kg) ■ Maximum Composite Speed: 9.61m/s ■ Body Weight: 47.0kg ■ Maximum Payload: 5kg □ For other functions and details, please download the catalog.

• Articulated Robot

【Connect・Expand・Control】The easy-order PLC "TCmini" is a revolutionary microcontroller board that can be developed using ladder language (PLC language). It easily connects with Toshiba inverters and digital touch panels. Reasonable development costs and short delivery times are significant advantages. Temperature control can also be easily achieved. For more details, please contact us or download the catalog.

• Inverter
• Embedded Board Computers

The Scalar Robot THL series is developed with the concept of "low cost, lightweight, and energy-saving," taking into consideration low prices and environmental issues. This machine is a global strategic product that achieves low cost by focusing on functions and performance that meet the needs of the global market, particularly targeting the Asian region. ■ For more details, please contact us or download the catalog ■

• SCARA Robot