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Electronic Balance EZL-EB72 is an advanced level balance with high weighing performance and simple operation that employs an electromagnetic gauge transducer. It provides quick, precise, and dependable results with lab and quality control application support. It has a full breadth readability of 1mg and a maximum weighing capacity of 0g to 120g. For internal calibration, an anti-electrostatic 360° draft shield with a scale size of 80mm is provided. It has a high-resolution graphic display that is large enough to provide intuitive guidance and clear visibility of test results.
| Weighing Range | 0-120 g |
|---|---|
| Readable Precision | 1 mg |
| Scale Size | ɸ80 mm |
| Height Of Working Space | 240 mm |
| Outline Dimension (W×D×H) | 350×215×340 mm |
| Out Packing Dimension (W×D×H) | 480×375×515 mm |
| Net Weight | 6.8 Kg |
Electronic balance is a pioneer in the field of domestic balance industry, research and quality assurance labs, scientific education etc.
Ezilab Analytical Balance includes a magnetic sensor that detects magnetic field changes and converts them into a readable output. Their bubble level feature ensures accuracy by helping users achieve proper leveling. They operate on a power supply ranging from AC to DC, accommodating a wide voltage range. The RS232 communication ensures reliable data transfer and easy integration with other devices and systems. Our Analytical Balance ensures rapid stabilization, enabling quick and accurate measurements for improved workflow efficiency.
Ezilab Precision Balance includes piece-counting function that provides precise measurement of individual item quantities by reducing measuring errors. Their intelligent calibration enhances measurement accuracy, ensuring consistent results. The large pan allows weighing of larger samples, improving its versatility and measurement capability. They ensure accurate measurements by necessary stabilization time before recording results. Our Precision Balance has adjustable feet for stabilizing uneven surfaces and improving accuracy.
