We will exhibit at Monozukuri World Tokyo 2025.

Shape measurement of shafts can be done with a single chuck! Measurement and data collection completed in 30 to 60 seconds. Special shapes are also acceptable.

Our company handles non-contact shaft shape measuring machines manufactured by VICIVISION in Italy. By illuminating the workpiece set inside the machine with LED light and reading the shadow of the workpiece with a CCD sensor on the opposite side, we can measure dimensions and shapes. Various items can be measured with a single chuck, significantly contributing to a reduction in work time. This is recommended not only for sites struggling with measurement time and variability but also for those considering automation with robots. 【Product Lineup】 Techno Series: Compatible with workpieces up to a maximum diameter of 180 mm and a maximum length of 2000 mm. High-precision model Prima Series: Compatible with workpieces up to a maximum diameter of 140 mm and a maximum length of 600 mm. Standard model X Series: High-precision model for small workpieces such as medical implants and watch parts. *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

• Other measurement, recording and measuring instruments

We measure cylindrical workpieces at high speed and high precision without contact. Optionally, a touch sensor or confocal sensor can be selected for installation.

The optical shaft shape measuring machine Techno series manufactured by VICIVICION in Italy has a diverse product lineup, allowing customers to select the most suitable model according to their needs. Direct dimension management on-site: Workpieces produced by CNC lathes and grinding machines can be measured in just a few seconds. Supports small lots of various types: This machine allows for easy setup changes, enabling a very quick switch to the next batch. One measuring machine for multiple processing machines: Due to the short measurement time, one measuring machine can accommodate multiple processing machines. High resolution: Captures ultra-high resolution images of even the smallest details. Touch sensor: Areas that cannot be measured optically can be measured with the optional touch sensor. Confocal sensor: Spline measurements can also be performed non-contact and at high speed using the optional confocal sensor. *For more details, please refer to the PDF document or feel free to contact us.

• Optical Measuring Instruments

The helical profile grinder ZENITH400 is a machine that represents the pinnacle of HOLROYD's profile grinding technology!

It has grinding capabilities with a maximum work size of 420mm and a maximum work weight of 700kg, offering very high versatility. 【Features】 In addition to being a high-precision helical profile grinding machine, the Zenith 400 achieves a high chip removal rate, and both production rate and precision can be adjusted to meet individual manufacturing requirements. The HPMS (Holroyd Profile Management System) consists of a series of subprograms designed to develop a wide range of helical profiles for screw rotors, vacuum screws, and pump screws, and is offered as an option with some of our grinding technologies. HPMS can also be used to assist in controlling profiles during the manufacturing stage and optimizing meshing conditions during operation.

• Grinding Machine
• Other machine tools

Customizable high-speed finishing machine compatible with fully automated processes.

By simultaneously rotating both the spindle holding the workpiece and the grinding tank, strong grinding force is achieved, enabling high-precision and efficient surface finishing. Complete automation can also be easily constructed, making it suitable for large-scale mass production lines. (High-speed rotating spindle Max. 2,000 rpm) Compared to drag finishing machines, it allows for strong polishing power and short processing times. It supports complete automation and is a customizable machine that can be designed from the axis configuration.

• Other machine tools
• Wafer processing/polishing equipment

【What if a massive earthquake halts production at factories, resulting in losses of hundreds of millions of yen!?】 Revealing successful case studies of "DX × Earthquake Countermeasures" to protect the future of manufacturing! A massive earthquake is not something that "will happen someday," but rather "can happen at any time." If a major earthquake were to occur now and halt production lines in factories... businesses would face critical risks to their survival (losses ranging from millions to billions of yen) due to not only damage to buildings and equipment but also delays in delivery and withdrawal of business partners. This document presents real examples of "actual loss amounts and reconstruction costs" that occur in factories during an earthquake, based on data from the Great East Japan Earthquake and the Kumamoto Earthquake. ▼ What you will learn in this seminar Actual damages during an earthquake: Real data on sales losses and reconstruction costs associated with factory shutdowns On-site action guide: A chronological action plan and checklist to follow without hesitation from initial response to recovery Safety measures utilizing DX and AI: The mechanism and estimated costs of systems that detect shaking and automatically stop equipment and enable remote recovery Keys to successful business continuity: How to effectively use earthquake insurance to expedite recovery and case studies from advanced companies ▼ Event Overview Date: September 11, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams Webinar) Participation fee: Free

[Reforming Manufacturing Sites] "Invisible Inventory" and "Manual Errors" Solved by AI! The Cutting Edge of DX in Inventory Management and Logistics Main Text: "Searching for where everything is takes too much time..." "Ordering based on experience and intuition leads to overstock and stockouts..." Do you face these issues in your manufacturing site? This document introduces the latest examples of automating inbound and outbound processing and achieving real-time visibility of inventory data by utilizing camera imaging, barcodes, QR codes, and AI! ▼ Three Key Points Explained in the Document Instant reading with batch imaging! Automate inbound processing and data updates to significantly reduce work time. AI automatically determines the optimal storage location! Eliminate waste in searching and moving, maximizing storage efficiency. [Case Study] A unified management model from procurement to the reuse of processed scrap in a plastic product processing factory. This is the definitive guide to DX that covers data integration with WMS and production management systems, ready for immediate application in the field. Please download and read it! ▼ Event Overview Date: October 9, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams Webinar) Participation Fee: Free

"Even though the processing costs in the catalog are the same, there are products that somehow do not generate profit..." "We are unable to grasp the causes of machine stoppages (short stops and long stops) or the speed differences among operators..." The "invisible losses" lurking in the workplace may actually be significantly squeezing the factory's profits. This document explains a method to dramatically enhance the profitability and competitiveness of the workplace by automatically acquiring the "operating time" of processing machines and the "working time" of operators, and cross-analyzing them on the same time axis! ▼ What you will learn in this seminar 【Reduce equipment downtime】 Identify priority measures for short and long stops, significantly reducing machine downtime 【Highlight unprofitable products】 Calculate the "net actual cost" from equipment and personnel data, leading to evidence-based price negotiations 【Knowledge transfer and leveling】 Visualize the work differences between skilled workers and newcomers (e.g., screw tightening) to eliminate bottlenecks in the process 【Case study of a press processing factory】 A practical model from daily report automation to data collection using RFID and QR codes ▼ Event Overview Date: November 13, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams webinar) Participation fee: Free

Trelleborg Sealing Solutions will hold a two-and-a-half-hour online event introducing the basics of rotary seals, the latest technological trends, and selection methods according to applications. This event, taking place on September 22, 2026 (Tuesday), will feature two sessions with the same content to accommodate participants from around the world: For Asia-Pacific and Europe: September 22, 2026 (Tuesday) at 16:00 (Japan time) For Europe and North and South America: September 22, 2026 (Tuesday) at 23:00 (Japan time)

Trelleborg Sealing Solutions will host a two-and-a-half-hour online event introducing the basics of rotary seals, the latest technological trends, and selection methods based on applications. This event, taking place on September 22, 2026 (Tuesday), will feature two sessions with the same content to allow participation from around the world: For Asia-Pacific and Europe: September 22, 2026 (Tuesday) at 16:00 (Japan time) For Europe and North and South America: September 22, 2026 (Tuesday) at 23:00 (Japan time)