Analytical Balance LINB-T2012

Introduction

Analytical Balance has a stabilization time of ≤13 seconds for quick and efficient measurements. It delivers stable performance output for time-sensitive laboratory work. The balance features lab-grade weighing precision for detailed analytical applications. Our analytical balance has fast stabilization time and minimizes workflow delays while maintaining industrial-grade accuracy.

This laboratory balances is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Analytical Balance is a lightweight, mobile sterilization device that uses steam under pressure to disinfect medical and laboratory equipment. It is ideal for use in fieldwork, small clinics, and remote locations for convenient and effective sterilization.

Specifications

Capacity	0 to 20 g
Readability	0.01 mg
Stabilization Time	≤13 s
Calibration	Internal
Pan Dimensions	Φ 85 mm
Dimensions	350 × 215 × 340 mm
Packing Dimensions (L × W × H)	520 × 380 × 500 mm
Gross Weight	8 kg
Net Weight	10 kg

Features

Reliable Measurement Accuracy

Quick Response Sensor

Streamlined User Operation

Energy-Efficient Display Screen

Multi-Unit Conversion

FAQs

1. What is the readability of an Analytical Balance, and why is it important?

It analytical balances offer extremely high readability, commonly at 0.1 mg (0.0001 g) or even finer levels such as 0.01 mg (0.00001 g) depending on the model. This readability defines the smallest mass change the balance can detect and display, which is vital for applications like pharmaceutical compounding, analytical chemistry, and micro-formulation studies, where even a minute discrepancy can affect results. It integrates precision-engineered electromagnetic force restoration () technology into its balances to maintain consistent measurement accuracy. Combined with advanced calibration routines and environmental stability features, this ensures the device delivers reliable, reproducible results even in long-term experimental setups.

2. How does it ensure the accuracy of their analytical balances?

It ensures measurement accuracy through a combination of intelligent design and precision engineering. Each balance includes an internal automatic calibration system that compensates for temperature changes and time-based drift, enabling recalibration without external weights. This feature helps maintain consistent accuracy without operator intervention. Moreover, It models are equipped with intelligent environmental filters, real-time leveling detection, and auto-tare functions, which minimize human and environmental errors. Accuracy is further supported by //-compliant calibration records, making these balances ideal for regulated industries that require validated instruments.

3. Can analytical balances handle weighing of volatile or corrosive substances?

It analytical balances are engineered to safely accommodate volatile, corrosive, or sensitive chemical substances. Many models come with chemical-resistant stainless steel pans, spill-proof enclosures, and glass draft shields, ensuring the inner components remain protected during potentially hazardous weighing tasks. For volatile chemicals, It recommends using closed containers or specialized weigh boats that minimize vapor escape and exposure. Additionally, It offers optional fume extraction units and anti-static devices for labs working with reactive compounds. These features collectively enhance the safety and performance of the balance when handling complex chemical samples.

4. What types of applications are analytical balances used for?

It analytical balances are widely used across academic, industrial, and research laboratories due to their flexibility and accuracy. Typical applications include quantitative analysis in chemical labs, preparation of reagents, formulation of drug compounds in pharma settings, sample standardization in food testing, and trace metal detection in environmental analysis. Some It models also support specialized functions such as density calculation, dynamic weighing of live samples, and formulation-based batching, making them versatile tools in diverse scientific workflows.

5. How can environmental factors affect the performance of an analytical balance?

It analytical balances are precision instruments, and their performance can be significantly influenced by external factors like air drafts, vibrations, humidity, and temperature fluctuations. To address this, It designs each balance with draft shields, anti-vibration leveling feet, and thermal insulation to maintain operational stability. Advanced models come equipped with internal sensors that adjust for ambient conditions, and some even notify users if the environment is unsuitable for precise weighing. It strongly recommends installing balances on anti-vibration tables in climate-controlled rooms to preserve their high sensitivity and prevent drift.