Analytical Balance LINB-T412

Introduction

Analytical Balance weighing capacity of 0 to 300 g for laboratory applications. It features a zero-tracking auto-correction for consistent accuracy. The precision sensing coil system delivers stable readings. Its low hysteresis load sensor enhances repeatability. Our analytical balance high-impedance input protection safeguards internal circuits from fluctuations.

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 highly sensitive laboratory instrument used to measure very small amounts of mass with exceptional precision. It is widely used in research, pharmaceuticals, and quality control to ensure accurate formulation and analysis.

Specifications

Capacity	0 to 300 g
Readability	1 mg
Calibration	External
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

Multi-Point Linear Calibration

Temperature Drift Minimization Circuit

Digital Weighing Stabilizer

Advanced Filtering Algorithm

Magnetic Field Compensation

FAQs

1. Can analytical balances be used in cleanroom or sterile environments?

Yes, It analytical balances are well-suited for use in cleanrooms and sterile environments where contamination control is critical. These environments, such as those in pharmaceutical manufacturing or microbiology labs, require equipment that minimizes particulate generation and is easy to sterilize. It designs its balances with anti-static coatings, seamless surfaces, and sealed displays to prevent dust accumulation and microbial growth. Models intended for cleanroom use are also equipped with removable draft shields made from smooth, autoclavable materials. Furthermore, touchless sensor features allow users to operate functions like taring without physical contact, reducing the chance of contamination. It balances also comply with cleanroom standards and are easy to integrate into aseptic environments, making them an ideal choice for highly regulated or sterile lab operations.

2. How does it ensure long-term durability of its analytical balances in heavy-use labs?

It ensures long-term performance by using high-grade internal mechanisms, like electromagnetic force restoration systems, that provide both accuracy and mechanical robustness. These components are protected within durable outer shells made from corrosion-resistant metals or impact-resistant plastics, which safeguard the device from daily wear and accidental spills. For labs that operate continuously or handle a high volume of samples, durability is crucial. It balances include features like overload protection, which prevents sensor damage if excessive weight is applied, and dust-proof enclosures to prevent environmental contaminants from entering the weighing mechanism. Moreover, they are subjected to rigorous quality checks and environmental testing before shipping, ensuring reliable performance over years of intensive use in clinical, academic, and industrial labs.

3. Are analytical balances energy-efficient or environmentally friendly?

It is conscious of both energy efficiency and environmental sustainability in its balance design. Their models are equipped with automatic standby modes that significantly reduce power consumption during inactivity. Some also use backlighting and low-energy components that operate efficiently without compromising display clarity. commitment to environmental responsibility extends to using RoHS-compliant materials, meaning they avoid harmful substances like lead or mercury. Additionally, the outer casings and internal parts are often made from recyclable or reusable materials, and packaging is minimal and biodegradable where possible. For laboratories looking to minimize their ecological footprint without sacrificing performance, It analytical balances provide an eco-conscious yet highly functional solution.

4. What advanced connectivity features do analytical balances offer?

Modern labs often require seamless data integration, and It balances are built to meet this demand. They are equipped with multiple data output ports including , , and Ethernet to interface with computers, external printers, and laboratory information management systems (). In some advanced models, Wi-Fi and Bluetooth capabilities are included to allow wireless data transfer, making it easier to maintain a clean work environment without tangled cables. It also offers custom integration software that allows balances to transmit data in real-time for research documentation or quality control. These connectivity features reduce manual data entry errors, improve workflow efficiency, and are especially valuable in - or -compliant facilities that require traceable data logs.

5. Can analytical balances be customized for specific weighing applications?

It offers a high level of customization to accommodate specific user requirements. Whether it’s a balance used for pharmaceutical compounding, gold purity testing, or chemical formulation, It provides application-specific modules that can be added or enabled in the balance firmware. These include features like differential weighing, statistical analysis, formulation modules, or animal weighing modes. Users can also choose from a range of optional accessories, such as anti-vibration tables, density kits, and microbalance pans, to tailor the setup for their workflow. Even the software interface can be personalized with custom units of measure, access control, and preset sample names, allowing faster operation for repetitive tasks. flexibility makes it easy to adapt one piece of equipment to a variety of laboratory environments and research protocols.