S type load cell joint bearing

Hoist ring screw for S type tension load cells

The ZMMLB weighing module is designed for spoke type load cells up to 100t capacities. The load cell is with high accuracy and high stability pancake type. Stainless steel construction is optional. Features: Capacity 0.5t-100t Pancake type load cell Easy installation Nickel plated alloy steel Optional features: Stainless steel construction

The ZMX1 is a self-aligning complete with a zinc plated, steel mounting flange. Low profile in design it ensures precise load introduction in applications subject to thermal expansion or vibration. The ZMX1 is widely used in hopper and tank weighing systems, mixing vessel weighing systems. Features: Capacity 0.05t-20t Shear beam load cell Easy inst1

The ZMZX1 is column type compression mounting kit. The load cell offers fast signalling times and optimal transparency in dosing and weighing processes. With an output signal of 2.0 mV/V, load levels of up to 100 t, accuracy classes up to C3 and high-quality alloy steel, it has a wide range of potential applications.  Features: Capacity 15t-101

The ZMX7 is bending beam load cell mounting kit. The load cell offers fast signalling times and optimal transparency in dosing and weighing processes.  Features: Capacity 5kg-500kg High precision Easy and fast installation Nickel plated alloy steel Optional features: Stainless steel construction

The ZMHBZ is a kind of load pin widely used in weighing industrial. Zhimin offers custom solutions which help you design your unique load cell application. In order to reduce your cost, zhimin can produce sensors according to your current products. Our aim is to provide best solutions for your precious clients. Features: Capacity 1t-5t Shaft pin Co1

Plastic housing 6-digit 20.2mm red LED Dimensions：256×165×170mm Applications：Electronic platform scale, weighing scale

The ZM2DW force sensor F, M utilizes independent wheatstone full bridge for each axis which provides mV/V output proportional to the applied force and requires no mathematical manipulation. Typical applications for this type of transducer are for example force exertion control in robotics, automotive crash testing, industrial test benches, grinding1