08/12/2026
Meet TENCAN at JASIS 2026 in Japan – Booth 7B-304
Meet TENCAN at JASIS 2026, Sep. 2–4 at Makuhari Messe, Japan. Visit Booth 7B-304 to explore ball mills and laboratory powder processing solutions.
08/12/2026
High Speed Dispersing Homogenizer: How It Works and How to Select the Right Lab Equipment
A comprehensive guide to high speed dispersing homogenizers for laboratory use. Covers working principles, rotor-stator design, dispersion and emulsification capabilities, material applications, and key selection factors including speed, viscosity, batch size, and working head options. Ideal for researchers in chemistry, pharmaceuticals, cosmetics, food, and materials science.
08/14/2026
Nylon Planetary Mill Jar: A Practical Choice for Contamination-Sensitive Grinding
Discover why nylon planetary mill jars are widely used in laboratory ball milling for soft to medium-hard materials. This article covers material properties, application scenarios, selection considerations, and practical tips for achieving consistent results without metallic contamination.
08/14/2026
Stainless Steel Vibration Crusher: A Reliable Choice for Clean and Efficient Particle Size Reduction
Explore the stainless steel vibration crusher, a versatile and hygienic crushing solution for laboratories and small-scale production. Learn about its working principle, key advantages, suitable materials, and how it compares to other crushers like jaw crushers and roll crushers. Ideal for food, pharmaceutical, and chemical powder processing where cleanliness and contamination control are critical.
08/14/2026
High Throughput Tissue Grinder: Efficient Sample Preparation for Biological and Material Research
Learn how a high throughput tissue grinder works, its key applications in biological, agricultural, and material research, and what to consider when selecting the right model for your lab. This guide covers grinding principles, throughput capacity, bead selection, and practical tips for reliable results.
08/13/2026
TENCAN Vacuum Feeder: Efficient and Reliable Powder Material Transfer for Laboratory and Research Applications
Discover how TENCAN's laboratory vacuum feeder enables efficient, dust-free, and automated powder material transfer for sample preparation, grinding, and mixing processes. Ideal for planetary ball mills, flotation machines, and tissue grinders. Explore its key features, customization options, and free sample testing support.
08/13/2026
Corundum Planetary Mill Jar: High-Purity Alumina Grinding Vessel for Contamination-Sensitive Applications
Learn about the corundum planetary mill jar, a high-purity alumina grinding vessel designed for contamination-sensitive materials in planetary ball mills. Discover its key properties, advantages over other jar materials, selection considerations, and practical applications in ceramics, minerals, and advanced material research.
08/13/2026
PTFE Planetary Mill Jar: When and Why to Choose This Material for Your Milling Process
Explore the unique properties of PTFE planetary mill jars, including chemical resistance, wide temperature tolerance, and non-stick surface. This guide covers applications, selection criteria, comparisons with other jar materials, and practical tips for laboratory ball milling. Ideal for researchers handling corrosive or high-purity samples.
08/13/2026
Lightweight Stirred Ball Mill: A Practical Laboratory Tool for Fine and Ultra-Fine Milling
Discover how a lightweight stirred ball mill simplifies fine and ultra-fine grinding in your lab. This article explains the working principle, key advantages, material suitability, and selection tips for this compact yet powerful milling equipment. Ideal for researchers, material scientists, and lab managers seeking efficient powder processing.
08/13/2026
Double Cone Mixer: Gentle, Efficient Powder Blending for Laboratory and Production
Discover how the double cone mixer achieves uniform blending of powders and granules without particle damage. Ideal for pharmaceuticals, chemicals, ceramics, and food. Learn about its working principle, key advantages, and how to select the right model for your lab or small-scale production.
08/10/2026
Laboratory Jaw Crusher: Working Principle, Applications, and How to Select the Right Model
This article provides a comprehensive overview of laboratory jaw crushers, covering their working principle, key features, common applications in material preparation, and practical factors to consider when selecting a model. Whether you are processing hard ores, ceramics, or construction materials, understanding the basics of jaw crushing helps you make an informed choice for your lab.
08/12/2026
Nylon Planetary Mill Jar: A Practical Guide for Soft and Non-Metallic Material Grinding
Discover the advantages of nylon planetary mill jars for low-contamination, low-cost grinding of soft, brittle, and heat-sensitive materials. This guide covers material properties, compatible applications, selection tips, and comparisons with other jar materials to help you choose the right grinding vessel for your lab.
08/12/2026
Continuous Planetary Ball Mill: A Guide to Continuous Grinding in Laboratory and Production Settings
Explore the continuous planetary ball mill—a high-energy milling solution for uninterrupted grinding, mixing, and mechanical alloying. Learn how it works, its advantages over batch mills, key applications, and selection criteria for laboratories and small-scale production. Ideal for materials scientists and process engineers seeking efficient, scalable powder processing.
08/12/2026
Stainless Steel Vibration Crusher: Efficient Lab Grinding for Hard and Brittle Materials
Discover the stainless steel vibration crusher for laboratory sample preparation. Ideal for hard, brittle materials with dust-free operation, easy cleaning, and reliable performance. Learn how this vibration mill supports efficient fine grinding in food, pharmaceutical, chemical, and material science labs.
08/11/2026
Agate Grinder with Three Working Stations: A Practical Guide for Laboratory Sample Preparation
Learn how a three-station agate grinder improves laboratory efficiency for fine grinding of ceramics, minerals, and chemical samples. This guide covers working principles, material compatibility, contamination control, and selection tips for reliable powder preparation.
08/11/2026
Ultrasonic Planetary Ball Mill: Combining High-Energy Milling with Ultrasonic Dispersion for Superior Fine Grinding
This article explores the working principle, advantages, and applications of the ultrasonic planetary ball mill, a laboratory device that integrates high-energy planetary milling with ultrasonic vibration. It explains how ultrasonic assistance reduces agglomeration, enhances dispersion, and improves grinding efficiency for nano-scale materials. Key considerations for equipment selection are also discussed to help researchers and engineers choose the right configuration for their specific powder processing needs.
08/11/2026
3D Mixer: A Complete Guide to Three-Dimensional Powder Blending for Laboratory and Industrial Applications
Discover how a 3D mixer achieves uniform powder blending through multi-directional motion. This guide covers working principles, key applications, selection factors, and operational tips for laboratory and industrial 3D powder mixers from TENCAN.
08/11/2026
Understanding the Purification System Box: The Core of a High-Performance Glove Box
A purification system box is the heart of a modern glove box, maintaining ultra-low H2O and O2 levels below 1 ppm for moisture and oxygen-sensitive materials. This article explains how the purification system works, its key components like the regenerable purifier and circulation blower, and what to consider when selecting a glove box with a purification system for your laboratory. Learn about gas purification, regeneration cycles, and how to match the system to your research needs.