Breakthrough in Precision Detection: Titen Powder Analyzer and Viscosity Meter Deployed at Beijing Crop Research Institute to Enhance Grain Quality Analysis Capabilities

In April 2026, the Titen Viscosity Meter and Powder Analysis Instrument were officially installed at the Beijing Crop Research Institute, injecting cutting-edge technological capabilities into grain quality testing. The successful installation and commissioning of these instruments not only signifies a significant advancement in our technical expertise for agricultural research but also provides efficient and precise data support for the institute's scientific endeavors, facilitating new breakthroughs in crop breeding and quality improvement.

The Titen Powder Quality Analyzer is a digital torque-based powder quality analyzer widely used in laboratory and production quality control. Its core feature lies in the integrated high-precision sensor, which can monitor subtle changes in dough resistance during mixing in real time, yielding accurate measurement data. These data provide robust and reliable support for optimizing production processes and controlling product quality.

This set of dough testing equipment adopts an integrated design, eliminating the need for an external computer and significantly conserving laboratory space. The included 50g dough mixing bowl utilizes the latest lightweight technology, substantially reducing its weight while ensuring accurate experimental results, thereby making the testing process more portable and efficient.

In terms of the water supply system, the Titenpowder analyzer is equipped with the independently developed high-precision constant-temperature water supply pump TLP-F. This pump achieves a water addition accuracy of 0.1 mL and offers both percentage-based and fixed-volume water addition modes, successfully replacing the traditional manual drip irrigation method and significantly enhancing the accuracy and reproducibility of test results.

Its built-in high-precision temperature control system features a temperature control error margin of only 0.1 degrees Celsius, ensuring stable experimental conditions. The TitenTLP-F unit, when used in conjunction with a water pump, has received high acclaim from researchers at the Beijing Crop Research Institute for its user-friendly operation and ability to perfectly meet the testing requirements for distilled water in experiments.

The TitenViscometer-ST (V-ST) starch viscometer has also been put into operation at the Beijing Crop Research Institute laboratory. This device is a high-end digital torque viscometer specifically designed for laboratory R&D and production quality control.

To meet the starch industry's stringent testing requirements for gelatinization characteristics, thermal stability, and shear response, this equipment achieves dual breakthroughs in space efficiency and operational convenience. Featuring an integrated compact design, it reduces the laboratory bench footprint by 40% compared to traditional equipment, perfectly accommodating space constraints in various laboratories and significantly improving space utilization. Additionally, its user-friendly intelligent software system greatly lowers the learning curve for operators, enabling more efficient and effortless testing operations.

The V-ST viscometer features an integrated high-precision temperature control system and torque sensor, enabling accurate measurement of torque variations in starch samples across different temperatures. This fundamentally ensures high repeatability and stability of test results, providing robust data support for process optimization.

Furthermore, the specially designed embedded heating furnace features a triple safety protection mechanism, completely eliminating the common scalding risks associated with traditional heating equipment. This ensures operators enjoy a safe working environment while maintaining high efficiency.

During the equipment installation and commissioning process, technicians strictly adhered to the technical specifications to ensure that the equipment performance met the design requirements. Additionally, systematic operational training and technical guidance were provided to the institute's operators, ensuring that the equipment could fully leverage its technical advantages.

We firmly believe that the integrated deployment of the TitenPowder Analyzer and the V-ST Starch Viscosity Meter will significantly enhance efficiency and streamline testing procedures for researchers at the Beijing Crop Research Institute, enabling them to achieve greater success in crop quality research.

In the future, Titenwill continue to uphold the principle of "customer-first" and deepen its innovation in fluid detection technology. We will persistently tailor our products and services to meet the diverse needs of various industries, iteratively upgrading them to deliver exceptional detection solutions tailored to practical application scenarios. By collaborating closely with our clients, we are committed to advancing the high-quality development of the industry.