Notice of Participation in 'INCHEM TOKYO 2025' from September 17 (Wednesday) to September 19 (Friday), 2025

Many achievements in the food industry. Move away from manual filter replacement and cleaning! Can be introduced at a relatively low cost, and control specifications can be flexibly adapted to meet needs.

The "High Efficiency Screw Decanter SID Series" is a decanter-type continuous centrifuge with numerous installations in food manufacturing and other fields. Thanks to its cost-effective design, it allows for relatively quick recovery of investment costs. It supports CIP cleaning, eliminating the need for manual washing after production. The control specifications can be flexibly adapted to meet needs. Our company also offers proposals that include surrounding equipment such as installation frames and receiving tanks. 【Features】 ■ Relatively inexpensive despite being a decanter type ■ Adopts a unique internal structure, enabling the recovery of small particle size solids ■ Contributes to efficient manufacturing with stable separation and dewatering performance ■ Control specifications can also be flexibly adapted *For more details, please refer to the materials. Feel free to contact us as well.

• centrifuge

Reduce the accompaniment of flocked cakes! Stable separation and dehydration performance with durability for long hours of use.

The "High Efficiency Screw Decanter SID Series" is a continuous centrifuge with a non-perforated wall that efficiently separates raw liquid into clarified liquid and dewatered solids. By modifying it to a high-efficiency type, the movement trajectory of the sediment cake changes, improving transportation efficiency, which in turn reduces the occurrence of a flocculated cake layer on top and decreases the accompanying flocculated cake into the moving layer (liquid transfer layer). Additionally, with an axial flow structure, the clarified liquid flows quickly to the liquid discharge outlet, reducing carryover. 【Features】 ■ Improved transportation efficiency of the sediment cake ■ Enhanced recovery rate of fine particles due to axial flow structure ■ Prevention of flocculated cake from rising due to gentle field structure *For more details, please refer to the PDF document or feel free to contact us.

• Other food machinery

Continuous separation is possible while supplying the raw liquid and discharging solid content! Consider a domestically produced centrifuge!

The "Saito Separator ADS Series" is a device widely used in various centrifugal separation processes, designed to reduce the labor required for disassembling and assembling bowls, automate processes, and enable CIP cleaning. When combined with the Master Control Unit, it allows for fully automatic operation, remote control, and long-duration continuous operation. We offer a rich lineup that accommodates processes ranging from small to large capacities, tailored to various applications. 【Features】 ■ Continuous separation is possible while supplying the raw liquid and discharging solids. ■ Automatic cleaning, such as CIP cleaning, is possible. *For more details, please refer to the PDF materials or feel free to contact us.

• others

In this webinar by SPT Labtech and Alithea Genomics, we will introduce practical methods to eliminate bottlenecks in library preparation, from single-cell RNA-seq to bulk RNA-seq. - Streamlining rare cell workflows: By combining FLASH-seq and firefly, we can complete full-length scRNA-seq library preparation from low-input or FACS-sorted samples in one day. - Scaling up bulk RNA-seq: Achieve high-throughput screening compatible with 96/384 well plates using extraction-free, plate-based solutions like Total DRUG-seq. - Accelerating the process from sample to data: We will provide practical tips for reducing manual work and smoothly integrating automation. - Case studies: We will demonstrate the effectiveness through case studies and real data in various applications of RNA-seq.

Join our expert webinar to discover how SPT Labtech's mosquito liquid handler is transforming the approach to assay miniaturization. - Smartly scaling up workflows at the nanoliter scale: Learn how to optimize existing genomics, screening, and chemistry protocols for ultra-low volumes, and the new possibilities that arise from this. - Considering value beyond cost reduction: Miniaturization enables innovative applications such as single-cell omics, workflows for direct processing from cells, and optimization of parallel reactions. Real case studies: We will present examples of academic and industrial labs that have successfully scaled up their research using mosquito.

Our company will be exhibiting equipment at the "Mediseo Medical Fair 2025 in Tokai." We sincerely look forward to your visit.

As you advance the utilization of AI, you may face challenges such as "while certain results are achieved in validation, they do not translate into operational use," "the model has been created, but it cannot be implemented into measures, making ROI difficult to explain," and "collecting and preprocessing the data for utilization takes time." This presentation will explain a method to streamline data preparation with no-code solutions, generate key features that are essential for AI accuracy, train them using the latest algorithms, and automate the implementation up to actual marketing measures.

At our booth, our members with extensive experience in the chemical industry will respond to your concerns and questions regarding the use of MI, tailored to your challenges and interests. ▼ MI General Consultation Desk Staff with deep knowledge of the chemical industry will answer your individual questions and concerns about MI utilization. Pre-registration here: (https://calendly.com/contact_jp-polymerize/polymerize-clone-1?month=2025-11) ▼ Lecture Information "Pathway to Sustainable R&D — A Data-Driven Approach to Utilizing Recycled Materials" We will introduce Polymerize's AI-driven factor analysis and optimization methods for formulations and manufacturing conditions to address the challenges of quality variability among suppliers and lots when using recycled materials. Date and Time: November 14 (Friday) 13:30 - 14:15 Venue: Next Tech STAGE Seminar Room A Seminar Registration: https://biz.q-pass.jp/f/11224/mw_seminar_apply_tokyo25/seminar_register