ライフィクスアナリティカル List of Products and Services

The "PAT System" is a sensor measurement system capable of direct and accurate measurement of flowing force across a wide range of sensitivities. By using a micro-optical resonator as the force detection element, it provides important real-time measurements for various applications. Furthermore, it allows for continuous measurement inline without interrupting the process flow. 【Features】 ■ Direct and accurate measurement of flowing force across a wide range of sensitivities ■ Directional measurement ■ Continuous measurement inline ■ Stainless steel construction, sterilizable and highly resistant to chemicals ■ No risk of ignition ■ High measurement rate (over 500 measurements per second) ■ Self-calibrating against temperature fluctuations *For more details, please refer to the PDF document or feel free to contact us.

The "Powder Rheometer FT4" is a powder flowability analysis device manufactured by Freeman Technology that enables multifaceted analysis with a single unit. It employs patented technology to accurately control the movement of the blades and measure the resistance encountered by the powder during flow, allowing for highly sensitive measurement of the powder's dynamic flowability. Additionally, it can measure shear force, wall friction, bulk density, compressibility, permeability, and more, achieving excellent measurement accuracy and reproducibility. **Features** - Evaluates powder flowability using three methods (bulk, dynamic flowability, shear) - Supports a wide range of applications (blockage, bridging, jetting, segregation, wear, DPI, wall friction, adhesion & agglomeration, hopper design, caking, filling variability, tablet pressing issues, etc.) - Intuitive software and flexible accessories - Proven track record in fields such as pharmaceuticals, toners, 3D printing, ceramics, fine chemicals, food, cosmetics, and cement. *For more details, please refer to the materials. Feel free to contact us with any inquiries.*

The "Ring Shear Tester RST-XS.s" is a ring shear cell method testing machine that can easily and accurately determine the flow characteristics of powders and solid bulk materials. Since 2002, the "RST-XS" has been used worldwide as the standard tabletop ring shear tester, and it has been further miniaturized with added functionality. The sample volume ranges from 3.5 to 70 ml (varies by cell; the standard cell is 30 ml), and due to its compact size of W32×H46×D38.5 cm, it is suitable for use on the desktops of laboratories and factories handling powdered materials. 【Features】 ■ Automatic measurement with computer control ■ Widely used in various industries dealing with powdered materials ■ Testing method listed in the 17th edition of the Japanese Pharmacopoeia reference information ■ Internationally recognized and used worldwide ■ Easy to operate ■ Measurement (approximately 20 minutes per test) and result analysis can be completed in a short time ■ Compact and multifunctional *For more details, please refer to the PDF document or feel free to contact us.

The "Shake Master Neo" is a tabletop multi-sample cell disruption device suitable for the extraction of DNA/RNA/proteins, utilizing a 3D bead impact method. It can accommodate various applications such as sample disruption, stirring, dispersion, and emulsification, making it ideal for DNA/RNA/protein extraction. With its 3D impact method, it ensures zero disruption inconsistency. The manual locking mechanism provides safe and easy operation. 【Features】 - Versatile for disruption, stirring, dispersion, and emulsification - Suitable for the extraction of DNA/RNA/proteins - Zero disruption inconsistency with 3D impact method - Safe and easy operation with manual locking mechanism - Compact and soundproof design for tabletop use *For more details, please refer to the PDF document or feel free to contact us.

The powder flowability analysis device, the Powder Rheometer 'FT4', can measure three types of powder flowability with a single unit, allowing for a multifaceted evaluation of the target sample. Unlike traditional measurement methods (such as particle size distribution and angle of repose measurement), which could not reveal differences in powder characteristics, this device makes these characteristics visible, enabling the prediction of issues, preventive measures, and improvements. In our company, not only do we provide measurement results, but our experienced staff also interprets the data. 【Measurement Items (Excerpt)】 ■ Dynamic Flowability: Basic flowability measurement / Continuous measurement / Compaction measurement ■ Shear: Shear measurement / Wall friction measurement ■ Bulk: Compressibility measurement / Permeability measurement *For more details, please refer to the PDF document or feel free to contact us.

We have launched a "Contract Analysis Service for Powder Flowability and Adhesiveness" using the "Powder Rheometer FT4," a powder flowability analysis device manufactured by Freeman Technology in the UK. This service allows for the measurement of dynamic flow energy of powders, the degree of cohesion between powders, changes in state after powder compression, as well as shear force, wall friction, compressibility, and permeability, enabling a multifaceted evaluation related to powder flowability and adhesiveness. It contributes to the prevention of various powder-related issues such as bridging and rat-holing during discharge from hoppers, flushing, segregation and wear during stirring and mixing, adhesion to manufacturing equipment, powder agglomeration, caking, and charging. 【Features】 ■ Reasonable pricing starting from 30,000 yen per measurement item. Please contact us for more details. ■ Multifaceted evaluation related to powder flowability and adhesiveness is possible through various measurements of dynamic flowability, shear, and bulk. ■ In addition to providing measurement results, our experienced staff will carefully explain the interpretation of the results. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

We handle products from GranuTools that are useful for "powder flowability analysis," such as frictional charging amounts and dynamic repose angles. < Powder Frictional Charging Measurement Device 'GRANUCHARGE' > This device can automatically measure the initial charge amount of static electricity generated within the powder during flow as it comes into contact with materials, as well as the charge amount after flow. ■ High precision (accuracy close to 0.1nC/g) and fast measurement (within 5 minutes) ■ High measurement reproducibility within 4% error ■ Improved measurement reproducibility by recording standard operating procedures < Dynamic Repose Angle Measurement Device 'GRANUDRUM' > Utilizing the principle of a rotating drum, this device can automatically measure the dynamic cohesion index and flow angle at both low and high speeds. ■ Measurement is simple and quick, allowing for intuitive interpretation ■ Measures from 1 to 70 RPM (4 to 290 mm/s) ■ Improved measurement reproducibility by recording standard operating procedures * For more details, please refer to the materials. Feel free to contact us with any inquiries.

The evaluation device for frictional charging and continuous supply performance, "GranuCharge at Line," visualizes and quantifies the invisible frictional charging of powders, making it a useful product for understanding powder charging in processes. With its compact design and built-in load cell, it allows for the measurement of powder charging levels directly on the production floor. There is no need to transport samples to the lab for measurement, and production does not need to be halted. Additionally, with an accuracy of 0.05 nC/g and fully automated measurements, human error can be eliminated, resulting in highly reliable measurement results. 【Features】 ■ Real-time measurement – can be measured on the production floor ■ Accurate, reproducible, and easy to measure ■ Optimizes decisions regarding materials and production in a short time ■ Applicable to various industrial fields *For more details, please download the PDF or feel free to contact us.