Milling
BSP Air Classifier Millis one type grinder which can make very fine powder. It combines impact milling with integrated dynamic classification is the ideal solution for fine and ultrafine grinding of soft to medium-hard products and is used in all areas of the industry: chemicals, food, pharma, minerals, powder coatings... with CE 60~2500 mesh stainless steel Air Classifier Mill ACM grinder Classifying Mill from China.
The ARES FML-100 laboratory impact mill from Filtra is an ideal device for reducing the volume and particle size of hard, semi-hard, and brittle materials such as glass, ceramics, grains, spices, and animal feed ingredients. With its optimized design and powerful performance, this equipment is also particularly well-suited for grinding solid and tough materials like rocks, minerals, and electronic waste—commonly encountered in material science, environmental research, construction, and recycling industries. Its flexible sieve replacement system, PLC-based automatic control, and high-quality stainless steel construction enable the machine to meet GMP standards, ensuring efficiency, durability, and safety across a wide range of modern laboratory applications.
The ARES FML-MC Laboratory Cutting Mill is ideal for grinding and reducing the volume of soft, elastic, and fibrous materials such as straw, plastics, and branches. It is also highly effective in processing solid and tough materials like rubber, leather, secondary fuels, and electronic waste. This equipment is suitable for applications in the food, agriculture, pharmaceutical, recycling, and chemical industries.
The ARES FML-MI laboratory impact mill by FILTRA is designed for the volume and size reduction of hard, semi-hard, and brittle materials such as glass, ceramics, or animal feed. The device is also highly effective in processing solid and tough materials like rocks, minerals, electronic waste, and many other types of materials.
The ATENEA Industrial V-Mixer is used to achieve perfect homogenization of solid with solid (in any proportion) and solid with liquid (10% maximum) products in powder or granulated form. It has a V-shaped body made of AISI-316 stainless steel, with two loading inlets and one outlet, with a butterfly valve to facilitate the unloading of the mixture. Due to the V-shape axial currents are produced when the body is turned through 360º, and these currents separate and unite the product to be mixed. This, along with the radial mixing action, produces an extremely homogeneous result (in the proportion of 1 part in 10.000).
The EDX-B3T/B6T Coating Thickness XRF is specially designed for analyzing coating composition and accurately measuring coating thickness. The system irradiates the sample with X-rays and determines coating thickness by measuring the intensity of secondary X-rays emitted from the sample, enabling completely non-destructive analysis. Key advantages include high accuracy, fast measurement, non-destructive testing, and easy operation. It can simultaneously measure the thickness of up to five coating layers and quickly identify the composition of coating materials, making it an efficient solution for coating analysis and quality control.
This series are primarily utilized for material elemental composition analysis across all stages of complete mining process.
Autoclave Sterilizer
The ST-G series vertical autoclaves feature a PID microprocessor controller for precise temperature and pressure control during sterilization and media melting. With a top-loading design, corrosion-resistant stainless steel chamber, and fully automatic sterilization cycles, they offer both standard and programmable modes for flexible operation. Equipped with comprehensive safety features including over-temperature, over-pressure protection, and low water level alerts, these autoclaves are ideal for laboratories, hospitals, and pharmaceutical production.