Analytical Balance LINB-T2012

Introduction

Analytical Balance weighing range of 200 g offers highly reliable and accurate performance. It is equipped with advanced automatic internal calibration to maintain consistent measurements. The precision engineering design ensures durability. Its wide display angle provides clear visibility from multiple viewing positions. Our analytical balance has a high load capacity that supports the accurate weighing of larger samples.

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 high-precision lab instrument designed to measure minute masses with accuracy. It is crucial in research, pharmaceuticals, conducting quantitative analysis, and quality control for precise chemical solutions and formulations.

Specifications

Capacity	200 g
Readability	0.1 mg
Stabilization Time	≤4 s
Calibration	External
Pan Dimensions	Φ 85 mm
Dimensions	360 × 220 × 350 mm
Packing Dimensions (L × W × H)	520 × 380 × 500 mm
Gross Weight	8 kg
Net Weight	10 kg

Features

Robust Sensor Technology

Portable Balance System

Adjustable Sensitivity Levels

Secure Data Transmission

Time-Saving Functions Built-In

FAQs

1. How does analytical balance handle static electricity interference during weighing?

It addresses static electricity, a major source of weighing errors especially in dry laboratory environments, by integrating advanced anti-static technologies into their analytical balances. Many It models feature built-in ionizers that emit positive and negative ions to neutralize static charges on the sample, container, or balance components. The weighing pans are often coated with conductive materials or made from stainless steel that naturally dissipate static buildup. In addition, It provides anti-static draft shields and optional external ionizing bars for laboratories where static interference is extreme, such as when working with fine powders or plastic vessels. Static charge detection indicators on the touchscreen alert users when static is affecting the measurement, allowing quick corrective action. By actively neutralizing static, It ensures higher accuracy, stability, and faster stabilization times during sensitive measurements, which is critical for pharmaceutical, chemical, and material science applications.

2. What connectivity and integration options are offered by analytical balances for data management?

It analytical balances are designed to be highly connected, supporting seamless integration with modern laboratory workflows. They are equipped with multiple communication ports, including , RS232, Ethernet, and Wi-Fi, allowing flexible data export and connectivity to external systems like computers, printers, or Laboratory Information Management Systems (). Some models support Bluetooth for wireless data transfer, which is particularly useful in cleanrooms or high-containment areas. It balances can automate data transfer, eliminating transcription errors and ensuring full traceability for / compliance. Advanced models offer direct access or cloud synchronization, enabling real-time remote monitoring and centralized database management. Integration with barcode scanners, readers, and smart labels is also possible, making It balances ideal for high-throughput laboratories needing efficient sample tracking and digital inventory control. This ensures not only higher productivity but also stronger data security and audit readiness.

3. How does it improve weighing accuracy with environmental monitoring and compensation features?

It analytical balances go beyond standard temperature compensation by offering full environmental monitoring systems integrated within the balance. Sensors continuously measure temperature, humidity, air pressure, and vibration, which are critical variables that can influence weighing accuracy. When fluctuations are detected, smart algorithms automatically adjust the calibration curves in real time or prompt the user to recalibrate. High-end models include AutoCal+ technology, which performs fully automated internal calibration whenever significant environmental changes are sensed. Visual alerts and detailed environmental logs are available directly on the balance touchscreen, providing complete transparency. For laboratories operating under stringent accuracy requirements, such as pharmaceutical QC labs or metrology centers, this proactive compensation system is essential for maintaining uncompromised precision throughout every weighing session.

4. How does it ensure robustness and durability of their analytical balances for long-term usage?

It builds its analytical balances to withstand the rigors of continuous, heavy laboratory use by employing premium quality materials and modular construction. The internal weighing mechanisms use force restoration technology with high-grade alloys that resist deformation and fatigue over years of operation. External housings are made of chemical-resistant plastics, anodized aluminum, or stainless steel, offering protection against spills, corrosive chemicals, and physical shocks. Critical components such as load cells and electromagnetic sensors are often sealed and shielded against dust and moisture ingress, significantly reducing maintenance needs. Moreover, It designs balances with tool-free access to serviceable parts, making routine cleaning and repairs straightforward. Extended warranties and global service networks further ensure that It balances remain operational and compliant over their full lifecycle, saving laboratories time and reducing total cost of ownership.

5. How do analytical balances support advanced research applications like formulation, density determination, and dynamic weighing?

It analytical balances are not limited to simple mass measurements, they are equipped with specialized built-in applications to support complex research workflows. The formulation mode allows users to weigh and record multiple components with automatic calculations of totals and percentages, ideal for pharmaceutical compounding or food product development. In density determination mode, balances interface with accessory kits to calculate the density of solids and liquids based on Archimedes’ principle, supporting material science and quality control. The dynamic weighing mode accurately measures the mass of moving or unstable samples, such as live animals or liquids with surface tension effects, by applying advanced algorithmic filtering. Users can store custom methods and set up templates for repetitive tasks, saving time and improving reproducibility. With these powerful tools, It analytical balances enable researchers to perform complex, multi-step experiments directly from the balance interface, reducing reliance on external software and simplifying lab operations.