The shape and application amount of solder paste on PC boards are measured. Naturally, this can also be used to perform inspection after chip mounting.
The warps of small IC pins that are running in an intermittent fashion are measured. It is also possible to measure the microscopic warping on small parts with high-accuracy.
The LJ-V7000 Series measures the height and inclination of chip capacitors mounted on PC boards. The ultra-high-accuracy type sensor head achieves extremely accurate measurement with repeatability of 0.2 μm.
The amount of sealant applied on glass is measured. A sensor head optimised for transparent objects allows inspection even on a glass substrate.
Measurement is performed to determine if the shapes of moulded parts that are extruded at high speeds are correct or not. Various targets can be supported, including rubber, metal, ceramics, concrete, and food products.
Before coming into the robot picking system, the orientation and shape of the target are scanned and then feedback is sent to the robot. When work is performed by the robot, it is possible to control the robot at high-speeds with accuracy.
The 3D shapes of flowing targets are measured to determine if they are correct or not. Your own original measurement algorithms can be constructed based on profile data that is sent at high-speeds from the measurement device.
Bearings are rotated to detect loose seals and perform a variety of measurements. High-speed measurement is possible, and in addition to bearings, the completion time to inspect shapes for rotating objects is also greatly improved.
The shapes of continuous swelling on steel sheets that are flowing at high-speeds are measured. Because it is possible to measure at speeds of up to 64 kHz, you can perform high-definition measurement at fine pitches.
Welding grooves and bead shapes are measured. Can be used on site without worry due to its strong IP67 structure, shock resistance, and high-flex cable.