日本技術センター Product Lineup

The "Automatic Filling and Sealing Device" is a machine that performs continuous processing of high-precision filling of reagents into resin containers and the application of thermally fused aluminum seals. It can fill reagents with high precision and can fill any designated pocket by changing the recipe. Additionally, an optional leak test function after sealing can also be added. We can provide a line that matches your container and processing capacity. 【Features】 ■ High-precision filling ■ Filling into any designated pocket ■ Compatible with various types and sizes of aluminum seals *For more details, please contact us or download the catalog.

We would like to introduce our "Welding Jig for Construction Machinery" that we handle. This is a dedicated welding jig designed to accurately and stably hold workpieces during welding operations for construction machinery parts. It enables the fastening of parts to brackets, positioning of covers, and constraints in the lateral and vertical directions using hydraulic clamps, thereby stabilizing welding quality. The X-axis telescopic adjustment unit allows for adaptability to different models, reducing setup time. It also contributes to the reduction of welding defects by improving repeat accuracy through reference surfaces and reference holes. 【Benefits of Implementation】 ■ Improved workability (easy fastening and placement tasks) ■ Reduced setup time (adaptability to different models through X-axis telescoping) ■ Enhanced repeat accuracy (ensured reproducibility through reference surfaces and holes) ■ Reduction of welding defects *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Pressure Test Equipment" that we handle. This equipment automatically measures the functionality, airtightness (pressure retention), and operating start pressure (equivalent to valve opening) of valve units for small pumps under certain conditions, and performs pass/fail judgment. It achieves highly reliable inspections through features such as high reproducibility due to the mis-set prevention mechanism, stable testing with automatic pressurization sequences, and high-precision pressure measurement managed by calibration. The integrated control via PLC enhances operability and productivity through comprehensive automatic management. 【Features】 ■ High reproducibility due to the mis-set prevention mechanism ■ Stable testing with automatic pressurization sequences ■ High-precision pressure measurement managed by calibration ■ Comprehensive automatic management via PLC integrated control ■ Safe operation with automatic pass/fail judgment and safety design *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Tabletop Coating Device" that we handle. This tabletop coating device automatically applies liquid sealant (such as liquid gaskets) to target parts along a set trajectory and conditions. The operator simply sets the workpiece on the jig and selects the type (recipe) on the operation screen to start the process. After the coating is completed, the device returns to a standby position, allowing for a smooth transition to the next workpiece setup, ensuring stable and consistent coating quality. 【Benefits of Implementation (Partial)】 ■ Standardization of work quality (reduction of dependence on operators) ■ Reduction of setup time (accommodating different types through recipe switching) ■ Improved coating accuracy through position deviation correction ■ Reduction of coating defects and material loss ■ Ensured traceability (support for saving coating data) ■ Enhanced safety (safety cover and interlock mechanism) *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Laser Marking Device" that we handle. This device laser engraves identification information (such as 2D codes) on large workpieces and ensures traceability by reading and confirming the engraved content. It measures the height of the workpiece with a displacement sensor and automatically adjusts the laser head to the optimal height. You can engrave at any desired position within the engraving area, and the height can be adjusted automatically within the correction range. 【Benefits of Implementation】 ■ Reliable acquisition of traceability information (verification through engraving and reading confirmation) ■ Standardization of work quality and reduction of dependence on individuals (improved reproducibility of positioning) ■ Reduction of setup time and switching losses (efficiency in jig replacement) ■ Reduction of safety risks and improvement of the work environment (laser shielding, interlocks, etc.) *For more details, please download the PDF or feel free to contact us.

In the automotive parts industry, ensuring product quality control and traceability is crucial. The individual identification of parts is essential for improving traceability in the manufacturing process and suppressing the occurrence of defective products. Laser marking devices enable engraving on large workpieces and ensure reliable acquisition of traceability through confirmation of the readability of the engraved content. 【Usage Scenarios】 - Engraving individual identification information on automotive parts - Tracking parts in the manufacturing process - Record-keeping in quality control 【Benefits of Implementation】 - Reliable acquisition of traceability information - Standardization of work quality - Reduction of setup time - Decrease in safety risks

In the electronics industry, there is a trend towards miniaturization and high density of products, which requires precise marking on circuit boards. In particular, the visibility and durability of markings are crucial for ensuring traceability in the manufacturing process and for quality control of products. Laser marking devices engrave identification information (such as 2D codes) onto large workpieces and confirm the engraved content through reading, thereby ensuring reliable traceability. 【Usage Scenarios】 - Marking part numbers and manufacturing information on circuit boards - Individual identification of electronic components - Quality control and tracking of products 【Benefits of Implementation】 - Reliable acquisition of traceability information - Standardization of work quality - Reduction of setup time - Decrease in safety risks

We would like to introduce the "O-ring loading machine" that we handle. This device automatically supplies and loads O-rings onto target components, inspects the presence of the O-rings with an optical sensor, and automatically sorts and discharges good and defective products. It adopts a stable supply method that can accommodate lubricated O-rings and achieves high throughput through a multi-pocket stage. It also enhances safety with safety covers and interlocks. 【Features】 ■ Significant reduction in operator workload through automation of O-ring installation tasks ■ High throughput achieved through a multi-pocket stage ■ Stable supply method compatible with lubricated O-rings ■ Enhanced safety with safety covers and interlocks *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Assembly Cell Device" that we handle. This device is a system that automates the assembly process by precisely positioning workpieces and component trays supplied via pallet transport and performing verification through individual identification (ID). It automatically detects defects through load monitoring, torque management, and appearance inspection, ensuring consistent quality. It also comes standard with safety fences, interlocks, and drop prevention mechanisms to enhance safety. 【Features】 ■ Stabilization of assembly quality: Automatically detects defects through load monitoring, torque management, and appearance inspection, ensuring consistent quality. ■ Reduction of workload: Automates reversal and repetitive tasks, achieving labor savings. ■ Improved safety: Standard features include safety fences, interlocks, and drop prevention mechanisms. ■ Scalability: Flexibly accommodates multi-product production and changes in line configuration. *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Air Blow Device" that we handle. This device automatically removes chips and dust from the workpiece using air blow, and is capable of removing foreign substances from metal and plastic parts, allowing for automated processing. By automatically controlling the processing conditions, it eliminates variations in work. Only the loading and unloading processes require manual labor, while the intermediate processes are automated, reducing the number of work steps. The automatic processing shortens the processing time and contributes to improving the overall efficiency of the process. 【Features】 ■ Automation of the air blow process achieves stable foreign substance removal ■ Automatic control of processing conditions eliminates variations in work ■ Only loading and unloading require manual labor, while intermediate processes are automated to reduce work steps ■ Automatic processing shortens processing time and improves overall efficiency ■ Automation of foreign substance discharge suppresses scattering and improves the working environment *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "grinding machine" that we handle. This device is designed to semi-automate the grinding operation to consistently maintain the tip shape of electrode components used in the manufacturing process. It holds the target item within a safety cover and grinds it to the specified shape using a multi-axis sliding mechanism. By stabilizing the processing conditions, it reduces the variation in the finished product. It prevents burrs and processing inconsistencies, thereby suppressing the occurrence of defects. Only the loading and unloading are handled by the operator, which reduces the burden by automating the grinding process. 【Features】 ■ Stabilizes processing conditions and reduces variation in the finished product ■ Prevents burrs and processing inconsistencies, suppressing the occurrence of defects ■ Reduces the burden by automating the grinding process while only requiring operator involvement for loading and unloading ■ Shortens working time through automatic processing and improves overall efficiency of the process *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "Automatic Assembly and Inspection Equipment." Parts A and B are aligned by a supply unit and taken out in a specified posture, then transported to a jig for positioning and presence confirmation. After that, the parts are assembled using methods such as press-fitting, followed by height and dimension checks using a measurement unit and appearance inspection through image analysis. Based on the inspection results, good and defective products are automatically distinguished and sorted to their respective discharge points, thereby automating the process from assembly to inspection, achieving stable quality control and improved production efficiency. 【Benefits of Implementation】 ■ Increased productivity through automation of the process from assembly to inspection ■ Automation of quality confirmation through measurement and image inspection ■ Reduction of variability and stabilization of quality by operators ■ Strengthened quality control through automatic distinction of good and defective products ■ Reduced workload through labor-saving measures *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Assembly Line" that we handle. This equipment automates the entire process of assembling and joining sensor modules by combining electronic components (such as circuit boards, terminal components, and metal plates), conducting inspections of the joining quality (appearance and electrical), and fastening to heat dissipation materials. After supplying parts and dust removal, assembly and press-fitting of components are performed on a jig, followed by the application of pre-treatment materials. Next, soldering is carried out, and identification codes are printed and verified before assembling the sensor module and tightening it with screws. 【Benefits of Implementation】 ■ Increased productivity through automation of the sensor module assembly process ■ Ensured traceability through identification code management ■ Reduced quality risks through dust removal and contamination countermeasures ■ Strengthened quality control through the recording of process data ■ Reduced workload through labor-saving measures *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Collaborative Robot Palletizer" that we handle. This device grips cases supplied on a conveyor line with a collaborative robot and automatically stacks them onto a pallet according to a specified stacking pattern (palletizing). The pallet is positioned by a guiding mechanism, achieving stable stacking. It also addresses the reduction of work burden through the automation of heavy item handling and ensures worker safety through safety mechanisms. 【Features】 ■ Increased productivity through the automation of the palletizing process ■ Realization of space-saving automated equipment using collaborative robots ■ Reduction of work burden through the automation of heavy item handling ■ Reduced risk of load collapse due to stable stacking ■ Ensured worker safety through safety mechanisms *For more details, please download the PDF or feel free to contact us.