Weighing Sensor Technologies

Division size - This is the smallest division size the display will show.

Minimum weight - The minimum weight the specific model of scale is designed for.

Capacity - The maximum Gross weight the scale will weigh.

Platform size - This is the maximum size that you can weigh goods.

Display - Choose a scale that you can read the display when the goods have been applied and be seen by the customer if required.

Tuning Fork sensor

─No trouble with high accuracy and fast response time. ─

Vibration frequency changes against the application of load to two piece coupled Tuning Fork. Scale measures this frequency change then convert to the weight value. Stress-strain of the Tuning Fork is 1/10th and its output sensitivity is 50 times of Strain Gauge Sensors

Strain Gauge Sensor

─ Suitable for relatively heavy item and it is durable. ─

Applying load to Strain Gauge affixed metal makes gauge’s resister value change by metal strain. Strain Gauge type sensor measures the change of resister value then converts into weight value. Structure of the sensor is relatively simple so that sensor cost is inexpensive, thus the sensor is suitable for heavy weight measurement. High-resolution weighing.ge. This gives enormous difference in scale performance, such as resolution, stability and repeatability. Please note strain Guage technolgy may display 30Kg x 1g but the REPEATABILITY my be as low as 10g !! as non verifyable cpmponents are in use

If in doubt as to what this means call us prior to order as our experiences show cheap scales often affect the production results and go un noticed for years until you need to service or renew the scale.

Electromagnetic Sensor

─ Suitable for weighing of extreme light weight and/or micro piece. ─

Electromagnetic force, raised by the combination of Magnet and Coil, makes in balance of applied load. Sensor measures the current flown in the coil to determine weight value. It is suitable for high accuracy (high resolution) measurement. It has been noted as suitable for smaller capacity and high-resolution weighing.