LABORATORY WEIGHING SCALE
LABORATORY WEIGHING SCALE are precision instruments use in scientific research, quality control, and various industries for measuring substances in small quantities with high accuracy. They’re design to measure mass and weight in grams, milligrams, or even smaller units.
- 300G / 600G / 1000G CAPACITY
- 0.0001G / 0.001G / O.O1G / 0.1G ACCURACY
- RS232C Interface
- S.S Weighing Pan
- High Resolution, Quick Weighting, Accurate Result
- Automatic External Calibration
- A built in under hook for below weighing
- High Precision Based Balances
- Counting Weighting Mode
- Models Approved Legal Metrology of Weights & Measures Department of India.
LABORATORY WEIGHING SCALE DETAIL’S
- Analytical Scales: These are highly precise and sensitive, measuring to four decimal places or more (0.0001 grams). They’re use in applications requiring extremely accurate measurements, in pharmaceutical or chemical laboratories.
- Precision Scales: Slight less sensitive than analytical scales, measure to three decimal places (0.001 grams). These are use in various laboratory settings high accuracy is necessary but critical with analytical scales.
- Top-loading Scales: These are versatile and commonly use in educational labs or general-purpose applications. They offer good accuracy (usually to two decimal places or lower) and can handle larger sample sizes.
- Microbalances: Highly sensitive instruments capable of measuring minute masses, often in the sub-milligram range. They are use in specialized scientific research fields nanotechnology.
Uses:
- Chemistry: Precise measurements of chemicals for reactions, formulations, or analytical procedures. Scales are crucial in titrations, solution preparations, and determining the mass of reactants and products.
- Pharmaceuticals: Essential for measuring precise amounts of active ingredients in drug formulations. Scales ensure accuracy in dosage and consistency in production.
- Biology and Life Sciences: Used in various biological research tasks and measuring compounds for DNA sequencing, protein analysis, or culturing microorganisms.
- Quality Control: Ensuring product consistency and adherence to standards in industries like food production, cosmetics, and pharmaceuticals. Scales are use to verify the quantity of ingredients and monitor the quality of final products.
- Material Science: Measuring the mass of materials for research and development, especially in the synthesis and characterization of new materials.
- Education: In laboratory settings, scales are use for teaching and training purposes, demonstrating principles of mass and measurement accuracy to students.
- Environmental Analysis: Used in environmental testing and monitoring to measure samples like soil, water, or air pollutants with precision.
- Forensic Analysis: Scales are util in forensic labs for measuring trace amounts of substances as part of criminal investigations.
- Nanotechnology and Nanoscience: Microbalances and highly sensitive scales are employ in researching and measuring extremely small quantities, crucial in nanomaterials and nanostructures.