Analytical Balance LINB-T2013

Introduction

Analytical Balance pan dimension of Φ 85 mm and offers optimal space for various sample types. It delivers reliable measurement accuracy for precise results. The quick response sensor ensures instant readings, enhancing efficiency in routine lab work. Its streamlined user operation interface simplifies tasks for all levels. Our analytical balance has an energy-efficient display screen that provides clear visibility.

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 50 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

Stable Performance Output

Lab-Grade Weighing Precision

Fast Stabilization Time

Industrial Grade Accuracy

Enhanced Measurement Reliability

FAQs

1. Can analytical balances be used for pipette calibration?

It analytical balances are highly suited for pipette calibration, particularly in labs requiring gravimetric verification of pipette accuracy. These balances offer high readability (up to 0.01 mg) and stable environmental shielding, which are essential when weighing the micro-volumes dispensed by pipettes. The user can weigh the water delivered, and with the help of temperature corrections (considering water density), calculate the actual dispensed volume. It also provides built-in application modes specifically designed for pipette calibration, including repeatability testing, tolerance checks, and automated averaging. This makes It a reliable solution for QC labs and service centers where pipette performance is routinely validated.

2. How do balances ensure precision in environments with high humidity or static electricity?

Environmental factors like high humidity and static buildup can disrupt weighing stability and accuracy, especially in analytical balances. It addresses this by using anti-static ionizing devices, electrostatic shielding, and protective glass enclosures that minimize external influence. Additionally, their balances are designed with humidity-resistant electronic components and sealed load cells to prevent moisture ingress. For labs in tropical or challenging conditions, It offers accessories like ionizing bars and anti-vibration tables, which work together to ensure accurate results are maintained even when ambient conditions are less than ideal.

3. 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.

4. Do analytical balances support multiple weighing units?

It analytical balances are capable of displaying results in a wide range of international weighing units including grams, milligrams, ounces, carats, grains, and custom-defined units. This versatility makes them suitable for diverse applications across jewelry labs, pharmaceutical testing, chemical formulation, and material science research. Users can configure the display unit via the intuitive interface or lock it for standardization across a lab team. Some models also support unit conversion with tare memory, allowing for batch processing with mixed measurement systems. This adaptability ensures that It balances can fit into both metric and imperial work environments without disruption.

5. Can balances be integrated into weighing protocols for hazardous materials?

Yes, It provides models that are compatible with hazardous material weighing, including those with explosion-proof enclosures and intrinsically safe certifications. These specialized balances are designed for use in Class I Division 1/Zone 1 hazardous zones, such as chemical plants or forensic labs. It balances intended for this purpose feature sealed housings, spark-resistant construction, and low-voltage electronics to reduce ignition risk. Additionally, balances can be installed inside glove boxes or fume hoods and remotely monitored via data cables or wireless output to maintain operator safety. It also offers custom calibration protocols for these applications.