Weighing sensors and weighing instruments have long been widely used in major industries as an essential product for metering tests. With the rapid development of modern industries, the market demands higher and higher precision measurement, convenient installation and use.
Bolansen always customizes the exclusive high-end precision load cell and various types of precision measurement and test system solutions according to the customer needs of market demand.
Weighing sensors are mainly used in industries: scales, refractories, rubber, cement, powder metallurgy, lithium batteries, chemicals, building materials, mines, shield construction, food and beverage, aquatic products, feed, fertilizer, salt, paint, ceramics, pharmaceuticals Health care, hardware and electronics, glass and other industries weighing and batching systems, sorting systems, and transportation and quantitative packaging equipment; In addition, with the rapid development of China's e-commerce, automatic goods sorting system has greatly improved the sorting, logistics Working efficiency, load cells are also widely used in sorting systems of various logistics distribution centers and transit centers.
The main application cases are as follows:Food and beverage packaging and filling machineTruck Scale WeighingFertilizer and detergent powder packaging machinePackage, product screening and sorting systemSilos, reaction vessels, etc. WeighingCement mixing tank weighingBeverage and other ingredients filling and measuringMineral automatic metering and conveying equipmentPowder metallurgy automatic batching system (addition and weight loss)Chemical industry rubber, PVC, grease automatic ingredientsBuilding Materials Glass Production Automatic IngredientsFriction material production automation ingredients.
The global medical device and pharmaceutical industry has grown rapidly from small to large, and it has now become a sunrise industry with relatively complete product categories, continuously enhanced innovation capabilities, and strong market demand. In the health care field, the force sensor is combined with the simple mechanical technology of the past and information can be fed back to other devices. Introducing automation into many medical fields can reduce human error in operations.
With the development of science and technology and clinical needs, the current medical sensors have gradually evolved from traditional external force sensors to micro force sensors and ultra-miniature sensors. Various types of force measuring, weighing, multi-dimensional force and torque sensors designed and manufactured by Bollenson are widely used in medical equipment and production processes.
The data provided by the force-measuring sensors is permanently recorded, which also greatly improves the tracking records of the medical process, facilitating the confirmation of responsibilities and the analysis of big data. The scope of application is as follows:The Conformity and durability testing of medical test device materials, catheters, stent delivery systems, vascular guide wires, etc.
Accuracy of catheter and liquid injection (syringe, syringe pump)Analysis of Changes in Physical and Animal Weights in Small Animal Medical ExperimentsMeasurement and Analysis of Payload in Medical Lifting DeviceMedical mesh force, hand grip force, muscle contraction force, bone load force test and analysisMedical bed load measurement and side load alarmAccurate measurement of biopharmaceutical dispensingPrecise packaging, especially dispensing and drug packaging to ensure the safety, reliability and consistency of drug production, as well as the safety, accuracy, and completeness of drug-related information, can be recorded, stored, traced, and retrieved.
For the rail transit industry where automation, networking, and intelligence are increasingly demanding, it is increasingly important to implement closed-loop sensing monitoring of the entire network.
From the marine shipbuilding industry to urban rail transit, the demand for various types of sensors such as infrared sensors, force sensors, speed sensors, photoelectric sensors, and load cells is increasingly required for 100% safety construction and operation.
Currently, Brans mainly provides dynamometers for ships and rail transit industries, and carries out various weighing and force control analyses for load cells.
Some applications are as follows:
Locomotive braking force detectio
Locomotive traction detection
Locomotive braking force detection
Locomotive traction detection
Dynamic orbital weighing
Rail stress equalization test
Material Fatigue Test
Track and traffic bridge subgrade load test
Ship engine torque force test
Monitoring for boat ropes.