The PSD-F6 Load Cell is a high-performance weighing component engineered for industrial bulk weighing—specialized for integration into belt scales (including skirted or standard belt conveyors) and hopper scales. Its unique bellows-type cantilever-beam structure, heavy-duty alloy steel build, and smart functional design ensure reliable, accurate weight measurement for dynamic or static bulk materials, making it ideal for mining, chemical processing, logistics, and agricultural sectors.

Buy affordable tension and compression load cell, threaded inline, support 0-20kN measuring range and repeatability of 0.5% F.S. with 350/700Ω impedance and 10kHz response frequency. The load cells are designed with a stainless steel body for durability, and can withstand an operating voltage of 5-15 V.

S type micro load cell can bear both tension and pressure, with small size 5*16*19.1mm, good stability, good output symmetry, high accuracy, low temperature drift, compact structure and overload protection. Micro load cell is suited to use in restricted spaces such as manipulator and robot, and specifically used for button tester and force gauge.

High-quality S-type load cells for sale are used for tension and compression and are available in a variety of capacities from 200kg to 5 tons. Constructed of durable stainless steel with a sensitivity range of 2.0 to 3.0 ±10% mV/V and a response frequency of 1k Hz, it provides accurate measurements even in harsh conditions, making it a reliable and cost-effective choice for tension and compression measurements in industrial environments.

Low profile load cell also known as pancake load cell, has flat design, high strength and good symmetry. Tension and compression load cell can be applied for platform scale, truck scale, rail weighbridge and material level measurement and control in warehouse, with good anti-eccentric load performance, low height, all sealed structure and complete specifications.

High precision, bidirectional bearing, easy to install. It is suitable for measuring and controlling the force value of batching scale, hook scale, electromechanical scale, packaging scale, material mechanics testing machine and other equipment.

Tension and compression load cell can bear both tension and pressure, with good anti-eccentric load performance, low height, all sealed structure and complete specifications. Miniature load cell with optional capacity 1 kg/ 100kg/ 200 kg/ 300kg/ 500 kg is suited to use in restricted spaces, such as using in vehicle/test instrument/laminator measurement and control.

Compression load cell is special designed for weight measurement, with compact structure, pouring sealant or welding seal, low height, all stainless steel, good anti-eccentric load performance and corrosion-resistant. Load cell can be applied for platform scale, truck scale, rail weighbridge and automated measurement and control areas.

The PSD-X3U Load Cell is a purpose-engineered weighing component exclusively designed for skirted belt scales—critical equipment in industrial material handling (e.g., mining, bulk processing, and logistics). Its optimized cantilever-beam structure, durable aluminum alloy build, and tailored performance ensure reliable, accurate weight measurement for materials conveyed via skirted belts (designed to prevent side spillage of bulk goods like granules or powders).

Miniature load cell can bear both tension and compression force, with metal-foil strain gauge, all stainless steel, small size, 1.0±0.2mV/V sensitivity. Miniature tension and compression load cell is used for force tester, riveting machine, laminator and welding machine.

The KCLBF Load Cell is a reliable, user-centric weighing component engineered for industrial scenarios—ideal for integration into bench scales, hopper scales, conveyor weighing systems, and force-monitoring setups. Its optimized S-type structure, tool-free installability, and robust performance make it a top choice for manufacturing, logistics, and processing industries, where efficient deployment and accurate weight data directly drive operational efficiency.