Top Loading Balance LE-LB105

Top Loading Balance LE-LB105 delivers reliable precision with a capacity of 3100 g for routine lab weighing tasks. It features temperature stability between 0°C to 40°C for consistent performance. Equipped with a stainless-steel pan for easy cleaning and durable usage. Our Top Loading Balance ensures dependable results with high repeatability and consistent linearity, even in demanding lab settings.

$1,896.00 $ 1580

Top Loading Balance LE-LB105 - Specifications

Capacity 3100g
Readability 0.1g
Temperature 0°C to 40°C
Temperature Fluctuations 5°C/h
Comparative Humidity 50% to 85%
Pan Material Stainless Steel
Display LCD
Measurement Units g, ct, oz
Linearity ±0.03
Repeatability ±0.02
Stable Time ≤2
Calibration Mode External Calibration
Interfaces RS232C & RS485, Printer
Power Consumption 5 Watt
Power Supply 110V to 240V
Frequency 50Hz to 60Hz
Dimensions 350 × 260 × 150 mm
Net Weight 2 Kg
Gross Weight 2.2 Kg

Top Loading Balance LE-LB105 - Key Features

  • LCD display with 0.1g readability
  • Stainless steel pan with 3100g capacity
  • External calibration mode for accuracy verification
  • ±0.02 repeatability ensuring measurement consistency
  • ±0.03 linearity across full weighing range
  • ≤2 second stabilization time for rapid readings

Top Loading Balance LE-LB105 - Applications

FunctionImplementation
Lab weighing tasks3100g capacity supports routine sample measurements
Quality control environments±0.02 repeatability ensures consistent analytical results
Research laboratories0.1g readability enables precise formulation tracking
Industrial settingsStainless steel pan facilitates easy cleaning and durability
Clinical applications≤2s stable time allows rapid result acquisition

Top Loading Balance LE-LB105 - Catalog


Top Loading Balance LE-LB105

Top Loading Balance LE-LB105


Top Loading Balance LE-LB105 FAQ's

1: What is the weight capacity of the LE-LB105 model?

The LE-LB105 offers a maximum weighing capacity of 3100 g, making it ideal for medium to large sample measurements.

2: Which features help maintain accuracy in varying lab conditions?

These balances include temperature stability from 0°C to 40°C and high repeatability for dependable performance.

3: How easy is it to maintain and operate?

It comes with a stainless-steel pan that is easy to clean and a simple LCD display for clear readings.

4: What benefits does our LE-LB105 provide for laboratory work?

Our balance delivers consistent results with fast stabilization and overload protection for safety.

5: Which industries commonly use the LE-LB105?

This model is widely used in pharmaceutical, food testing, chemical, and research laboratories.

6: How does the balance ensure measurement accuracy?

These balances use advanced load cell technology and fast stabilization features to deliver precise and consistent readings in every use.

7: What is the weight capacity range available in this Top Loading Balance?

Our Top Loading Balance is available in multiple capacity options, allowing users to choose the right model for small-scale or high-capacity weighing needs.

8: Can it be used for counting applications?

They support a dedicated counting mode, enabling accurate quantity measurements for parts, components, and other items.

9: What makes this Top Loading Balance user-friendly?

It is equipped with a clear digital display, intuitive controls, and a sturdy build for smooth and reliable operation.

10: Is the balance durable for industrial use?

Our Top Loading Balance is constructed with high-quality materials and built-in overload protection, ensuring long-lasting performance in demanding environments.

Related Top Loading Balance

Lab Expo Top Loading Balances are designed around fast-response weighing systems for efficient mass measurement in routine & high-load tasks. This loader balance supports wide capacity ranges with rapid stabilization, integrated counting mode, & overload protection for operational control. Clear digital indication, compact form factor, & durable build enable accurate weighing, sample preparation, & material handling in laboratory & industrial workflows.