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Triple Beam Balance LE-TB101 ensures precise weight measurement with a capacity of 2610g and an accuracy of 0.1g. It is equipped with a 6-inch platform that provides a stable surface for smooth and consistent operations. Integrated with 3 beams, it enables triple calibration for enhanced measurement accuracy. Built-in components support long-term reliability across various weighing tasks. Our Triple Beam Balance is ideal for laboratories, educational institutions, and industrial settings.
$1,104.00 $ 920
Specifications
| Capacity | 2610 g |
| Accuracy | 0.1 g |
| First Rod | 10 × 0.1 g |
| Second Rod | 500 × 100 g |
| Third Rod | 100 × 10 g |
| Pan | 150 mm |
| Weighing Unit | Grams Only |
| Dimension | 510 × 370 × 470 mm |
| Net Weight | 11 kg |
| Gross Weight | 13 kg |
Features
Applications
Function Implementation Laboratory settings 0.1 g accuracy supports precise weight measurement Industrial weighing 2610 g capacity enables heavy load weighing Educational institutions 10 × 0.1 g first rod calibration facilitates teaching Quality control labs 500 × 100 g second rod ensures accurate sample measurement Research environments 100 × 10 g third rod provides enhanced precision in data collection
1: What makes the Triple Beam Balance LE-TB101 highly accurate?
The triple-beam design allows fine adjustments across three separate rods, enabling precise measurements down to 0.1 g.
2: How is the durability of this balance maintained?
Them offering separate calibration points means users can achieve consistent accuracy across varying weight ranges.
3: What benefits come from having three beams?
These balances are having counting and percentage calculation functions allows for efficient sample quantification and comparative analysis.
4: How easy is it to use this balance?
It features a straightforward mechanical operation with a clearly marked gram-only unit, making readings simple and fast.
5: Who commonly relies on the LE-TB101?
Our Triple Beam Balance is trusted by laboratories, schools, and industries that require reliable, repeatable weighing results without electrical dependency.
6: What is a Beam Balance used for?
A Beam Balance is primarily used for precise mass measurements in laboratories, educational settings, especially where electronic equipment may not be suitable.
7: How does a Beam Balance ensure accuracy without electronic components?
It uses a system of counterweights and mechanical levers to achieve highly accurate mass readings through balance equilibrium, eliminating electronic errors or calibration drift.
8: How does the durable construction benefit laboratory operations?
The robust construction enables the balance to endure frequent use, accidental impacts and exposure to harsh chemicals, minimizing maintenance and ensuring long-term reliability.
9: Do Beam Balances offer adjustable calibration feature?
Yes, most Beam Balances come with adjustable calibration mechanisms that allow users to fine-tune the balance for accurate and consistent measurements.
10: How often should a Beam Balance be calibrated?
Calibration frequency depends on usage but it is generally recommended to calibrate regularly or before critical measurements to ensure optimal performance.
Lab Expo Beam Balance offers mechanical precision for accurate mass measurements without electronic components. These balances are constructed with durable materials to withstand frequent laboratory handling. They are resistant to corrosion, ensuring long-term usability. These instruments include adjustable calibration features for consistent performance. Our Beam Balance is suitable for laboratories, academic institutions, and industrial weighing needs.
