Technological Breakthrough
Through high-performance vibration hardware design and micro-quantity measurement core algorithms, this solution effectively addresses the challenge of milligram-level metering, providing accurate and reliable metering solutions. It is widely used in fields with extremely high precision requirements, such as pharmaceuticals, chemical analysis, and more.
The adaptive electromagnetic scale features a unique vibration design and utilizes adaptive and machine learning algorithms to effectively solve the challenge of precise metering for fragile materials. It ensures high-precision measurement without damaging the materials, making it widely applicable in industries such as chemicals, food, and pharmaceuticals, where material integrity is a critical requirement.
The equal amplitude electromagnetic feeder employs a low-stress, large-amplitude design that reduces material breakage and segregation. It is particularly suitable for fragile and bulk materials, improving both conveying efficiency and material quality.
It resolves the material residue issue in traditional unloading and conveying devices, ensuring that no material remains in the pipeline, and achieving fast and precise material unloading and conveying. The fine craftsmanship and specially designed seals ensure no leakage of the medium, making it particularly suitable for high-precision and high-demand material conveying scenarios.
It addresses the low production efficiency of rare metal carbide towers and the automatic unloading issue of lignocellulose filter presses, reducing waste and pollution during the production process, while improving production efficiency and material utilization.
During pneumatic conveying, the system can precisely measure materials, ensuring no residue remains in the conveying pipeline. It supports the automatic sequential metering of various materials, improving production efficiency and the accuracy of material management. This technology is widely used in industries such as chemicals, food, and pharmaceuticals.
Laboratory Micro-Scale Amplitude Equal Electromagnetic Feeder
This equipment, integrated with a high-performance controller, achieves milligram-level feeding accuracy. It precisely controls the material layer thickness through adjustable baffles, ensuring high-precision and uniform material delivery. It is especially suitable for the accurate measurement and stable feeding of trace materials, and is widely used in high-precision fields such as pharmaceuticals, food, and chemicals.
Amplitude Equal Electromagnetic Feeder
This equipment adopts an amplitude equal design, effectively reducing material damage and segregation, making it particularly suitable for fragile and lumped materials. It improves conveying efficiency and material quality. With built-in coil temperature protection and low-stress design, the device ensures stable and reliable operation. Paired with a high-performance controller, it can achieve up to 30% energy savings, suitable for efficient material transport and metering needs in various industrial scenarios.