Analytical Balance LINB-T316

Introduction

Analytical Balance has a capacity ranging from 0 to 100 g for detailed weighing tasks. It features a temperature compensation mechanism that maintains accuracy. Its smart weighing algorithms ensure efficient measurement. Its weighing stability indicator provides visual confirmation. Our analytical balance has load cell protection that enhances durability.

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 sensitive laboratory scale designed for accurately measuring minute sample weights with high precision. It is widely used in research, pharmaceuticals, and chemical laboratories for tasks that demand exact mass determination.

Specifications

Capacity	0 to 100 g
Readability	0.1 mg
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

Shock Absorption Feet

Firmware Upgradable System

Advanced Sensor Technology

Pre-Tare Functionality

Visual Overload Alert

FAQs

1. What are the calibration options available in analytical balances?

It analytical balances offer multiple calibration modes to ensure accurate measurements, including internal motorized calibration, external calibration with certified weights, and time-based or temperature-triggered auto-calibration. Internal calibration is convenient and allows users to recalibrate with a single button press, especially when balances are frequently relocated. For labs requiring traceable calibration, It also supports manual external calibration using 17025-certified calibration masses. The temperature-triggered function activates when ambient changes could affect measurement performance, ensuring continuous precision. This level of flexibility allows It balances to be used in regulated environments where calibration compliance and audit trails are essential.

2. How are analytical balances optimized for regulatory compliance in pharmaceutical and biotech industries?

It analytical balances are built to meet the strict compliance requirements outlined by (Good Laboratory Practice), (Good Manufacturing Practice), and 17025 standards, making them well-suited for use in pharmaceutical, clinical, and biotech laboratories. The balances come equipped with features like automated internal calibration, audit trail generation, user access management, and alphanumeric ID tracking, which support transparent and tamper-proof data logging. They also support date and time stamping, which is essential for audit-ready records and traceability. It balances can connect directly to and systems for seamless documentation and reporting. Optional password protection and user roles restrict access to critical configuration settings, minimizing human error or intentional misuse. Reports can be printed or exported in , , or formats, ensuring compatibility with digital archives. These features are essential for laboratories that must maintain high documentation standards for regulatory audits or product certification.

3. How does it address repeatability in high-precision analytical balances?

It analytical balances are engineered to deliver exceptional repeatability, which refers to the instrument's ability to consistently display the same result for repeated measurements of the same mass. This is achieved through the use of high-performance electromagnetic force restoration () sensors, which provide stable and linear outputs even under frequent use. The software algorithms automatically filter out micro-vibrations and drift, while the mechanical design incorporates shock-absorbing mounts to dampen external impact. Additionally, It models support repeatability testing modes, enabling users to statistically evaluate measurement consistency. These features are particularly useful in pharmaceutical formulation, R&D, and metrology labs, where reproducibility is critical.

4. What role does the draft shield play in analytical balances?

It analytical balances include precision-crafted draft shields made of transparent, anti-static material to eliminate disturbances caused by air currents. These shields are crucial for milligram and microgram weighing, where even slight breezes or vibrations can cause large fluctuations. The ergonomic design includes sliding or motorized doors, allowing the user to easily access the pan without compromising stability. Some advanced It models also integrate sensor-based door operation for hands-free access, reducing contamination risk during sterile operations. The draft shield’s role is not just about accuracy it also contributes to user comfort, operational hygiene, and consistent data collection.

5. What design and performance aspects make analytical balances suitable for nanomaterial and chemical research?

It analytical balances are engineered with ultra-micro sensitivity and chemical-resistant build materials, making them highly effective for nanotechnology, analytical chemistry, and advanced material science research. These balances can offer readabilities down to 0.1 µg (micrograms), supported by low-drift electromagnetic force restoration () technology and active thermal control to eliminate minor fluctuations during high-precision weighing. The weighing pans and housing materials are often made of stainless steel, chemically-resistant composites, or coated glass, allowing safe handling of corrosive or reactive substances. For weighing volatile substances, It provides models with sealed enclosures, optional inert gas purging, or humidity control to prevent oxidation or mass variation due to environmental exposure. These design choices are critical when working with quantum dots, nanoparticles, or powdered catalysts, where even microgram-level deviations can affect reproducibility or reactivity in downstream experiments.