Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
16～25 item / All 25 items
We always aim to improve customer satisfaction (quality, cost, delivery time).
**Main Equipment** 2 overhead cranes (5.0t) 1 overhead crane (2.8t) 1 horizontal boring machine (Ikegai Iron Works) 2 lathes (Dainichi 800φ×2400, Blue Line 500φ×800) 1 vertical milling machine (Enshu, SBV300, Okuma Toyo #2) 1 horizontal milling machine (OTORI #2) 1 radial drilling machine 5 upright drilling machines
It can be installed in narrow spaces where previous conveyors could not be installed.
This is an automatic conveyor (magnet conveyor) that achieves automation and labor-saving on factory lines with its powerful adhesion. It demonstrates great effectiveness in the automatic processing of chips and iron powder.
Achieving stable work speed by automatically separating, aligning, and transporting easily entangled springs! Contributing to the automation of factories and various sites.
The "Spring Automatic Supply Device" separates and aligns springs that are prone to tangling in the same direction, automatically picking them up one by one for supply to the next process. By automating the previously manual task of disassembling tension springs, we achieve improved efficiency of personnel, stable work speed, and quality! *Patent No. 6709404 obtained* This product is an example of an automatic labor-saving machine. Our core technology in the FA field can be applied to various machines. To realize customer requests such as "increased productivity" and "improved quality," we propose, design, and manufacture automatic labor-saving machines regardless of industry or location. *For more details, please download the PDF document or feel free to contact us.*
Flexible implementation is possible! Achieving labor-saving operations from inbound to outbound processes within the warehouse.
"CarriRo" is an unmanned transport vehicle and automatic transport system that not only reduces the burden and improves efficiency in logistics and manufacturing environments but also achieves dramatic labor-saving and reduced manpower. Thanks to its flexible autonomous driving, it can be used in existing warehouses and factories without being limited by location or transport scenarios. Additionally, we offer a forklift type "CarriRo Fork" and an unmanned towing vehicle "CarriRo Tractor 2.5T." 【Features】 ■ Drive & Duck Mode ■ Autonomous Movement Mode ■ Autonomous Driving in Various Locations ■ External Device Integration ■ Installation of Automatic Charging Stations is Possible *For more details, please refer to the PDF materials or feel free to contact us.
A rich lineup from heavy loads to light loads! We achieve short delivery times and no complaints.
The "Actuator" is a vertical automatic conveyor that can be installed in compact designs, making it suitable for narrow spaces. It allows for flexible layouts, enabling loading and unloading not only in the front and back directions but also from side to side. The lift has a panel structure, allowing installation even in locations with low ceilings or where hanging hooks cannot be installed. 【Features】 ■ Sag detection device ■ Safety fence ■ Work drop-in guide ■ Fire shutter ■ Load detection ■ Fork stopper *For more details, please refer to the PDF materials or feel free to contact us.
Improved quality through stable material supply! Multiple automatic machines can be operated by a small number of people.
We would like to introduce the "Rubber Press Automatic Transport System" handled by Naniwa Machinery Manufacturing Co., Ltd. Our unique molding method suppresses chipping and buckling that occur in molding powders during decompression. Molding using CIP (Rubber Press) is a method that applies pressure from the surroundings to a rubber mold within a high-pressure container, using liquid as a pressure medium, resulting in a uniformly distributed density and a high-density, non-oriented compressed powder. This method is used in various industries, including powdered metals, carbide tools, and ceramics. 【Benefits of Automatic Transport System】 1. Quality Improvement: Enhanced quality through stable material supply 2. Improved Workability: Simplification of operations 3. Increased Productivity: Capable of 24-hour automatic operation (conditions apply) 4. Improved Workplace Environment: Reduction of heavy labor and dust 5. Reduction in Personnel: Ability to operate multiple automatic machines with fewer staff *For more details, please refer to the PDF document or feel free to contact us.
We also manufacture alignment devices for connecting front and rear processes, maximizing the features of FCS! Here is an example of automating a high-speed assembly line for bearings.
【Customer Requests/Challenges】 - An automatic transport system that crosses over the worker passage is needed because the worker passage intersects in the middle of the production line. - We want to stop manual transport using carts and rolling transport through free fall. We want to reduce setup changes. → The cycle time is very fast, making it impossible to achieve with automatic single-piece transport. In a 3D conveyor, issues such as workpieces falling over occur, and managing production is difficult due to a large flow of work-in-progress that exceeds the line of sight. 【Proposal】 We propose a batch transport method where a chuck unit clamps multiple stacked bearing workpieces together. We will create an integrated transport system that includes one FCS unit assembled in a gantry configuration, along with loading equipment on the upstream side and unloading equipment on the downstream side, to be adopted as a high-level bearing high-speed transport device. 【Results After FCS Implementation】 The effort and time required to design and manufacture a complex three-dimensional transport device in-house were eliminated, significantly reducing the implementation costs. Unlike the 3D conveyor, the issue of work-in-progress remaining overhead was resolved, improving production management. Setup changes were also streamlined. *For more details about FCS, please refer to the PDF document or feel free to contact us.
We will introduce a case where the transportation connecting the bearing grinding process and assembly process was automated using FCS, which allows for easy construction of 3D trajectories.
【Customer Requests / Issues】 - Workers were transporting workpieces between the grinding process and the assembly process using carts. - An automatic transport device that connects over the passageway is needed to secure a path for workers and carts to cross. - There are concerns that combining several linear transport devices will result in a complicated system. - With a 3D conveyor, work-in-progress items accumulate in the passageway, leading to frequent tasks requiring workers to use ladders. → The introduction of a simple gantry-type FCS enabled high-speed automatic transport of individual items. 【Results After FCS Implementation】 Thanks to the simple transport method of the FCS-H300, a smart transport system without waste was established, resulting in the elimination of bottlenecks and preventing interruptions in the production line flow. Changeovers were minimized, significantly improving productivity. Work-in-progress items were greatly reduced, and production management became stricter. *For more details about FCS, please refer to the PDF document or feel free to contact us.
We present a case of transporting a covered bucket from a low position to the machine inlet using an FCS equipped with a highly flexible carrier (running cart).
【Customer Requests/Challenges】 - While automatic transportation of powder materials mainly uses screw conveyors and vacuum (air) conveyors, we want to transport using bucket-type systems to adjust the transport volume and avoid wear and damage to the powder particles. - To prevent the raw materials from being exposed to external air, we want to equip the system with buckets that have automatically opening and closing lids. - We want to specify the weight of the powder and the transport cycle for transportation. - When switching between different raw materials, we would like it to be easy to change the buckets. 【Results After Implementing FCS】 By introducing the FCS-H300, which can equip the carrier (transport cart) with buckets that have lids, we have successfully met all the above requests. The strictness of the transport cycle and the ease of cleaning have also been noted as positive points. *For more details about FCS, please refer to the PDF materials or feel free to contact us.
We will introduce a case where the high-speed assembly line of hub bearings was automated using FCS, which can build flexible transport paths.
【Customer Requests / Issues】 - Due to the large number of supply parts for the production line, the various entry routes for parts at the parts input section cannot be handled solely by the conveyor. → It was necessary to plan the worker routes and the multiple concentrated parts flow. 【Proposal】 By utilizing the flexible design of the FCS-H300 guide rail, we constructed a space-saving transport path with a gate-type layout. We achieved overhead transport to the work input while ensuring sufficient worker pathways. 【Results After FCS Implementation】 The introduction of the FCS-H300 enabled automation of the production line, which was typically difficult, in a cost-effective and space-saving manner. Maintenance became easier, and running costs were reduced. *For more details about FCS, please refer to the PDF materials or feel free to contact us.
