Electronic Balance

Using a new generation of electromagnetic Sensor, stable reading in 2 seconds, greatly improving weighing efficiency. Measurement speed, Sensitivity adjustable, Repeatability of +/- 0.15mg, Linearity +/- 0.3mg, and equipped with RS-232 interface for easy connection to external devices.

0~200g, Minimum Weight 0.1mg, Repeatability Error +/- 0.0003g, test weight 200g, external calibrated, Pan Size ≤ 80mm, accuracy class I,

0~210G, Minimum Weight 10mg (0.01g), Repeatability Error +/- 0.0002g, external calibrated, Pan Size ≤ 80mm, accuracy class I

0~220G, Readability 10mg, Repeatability Error +/- 0.0002g, external calibrated, accuracy class ⅰ

0~100g, Minimum Weight 0.1mg, Readability 0.0001g, Repeatability Error +/- 0.0003g, test weight 100g, Adjustment external calibrated, accuracy class ⅰ

Maximum weighing 120g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 220g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 220g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

0~160G, Minimum Weight 10mg (0.01g), Repeatability Error +/- 0.0002g, external calibrated, Pan Size ≤ 80mm, accuracy class I

Maximum weighing 200g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 100g, reading accuracy 0.1mg, Stabilization time 2 seconds, high definition touch screen, using high-precision electromagnetic force equilibrating Sensors, new Swiss chip technology.

0~120G, Minimum Weight 10mg (0.01g), Repeatability Error +/- 0.0002g, Adjustment external calibrated, accuracy class ⅰ

Maximum weighing 210g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, and there are fewer failures.

Maximum weighing 210g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, and there are fewer failures.

Maximum weighing 120g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 320g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 100g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 300g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 320g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 300g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make the measurement results more accurate, Response speed is faster, less faults.

Maximum weighing 200g, reading accuracy 0.1mg, Stabilization time 2 seconds, using high-precision electromagnetic force equilibrating Sensors. Make measurement results more accurate, Response speed is faster, less faults.