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Showing 49 - 68 of 68 products
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Sartorius MCA524S-2S00-U Cubis II Analytical Balance
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Sartorius MCA524S-2S00-I Cubis II Analytical Balance
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Sartorius MCA524S-2S00-A Cubis II Analytical Balance
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Sartorius MCA524P-2S00-A Cubis II Analytical Balance
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Sartorius MCA324SU-S00 Cubis-II Analytical Balance
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Sartorius MCA324P-2S00-U Cubis-II Analytical Balance
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Sartorius MCA324S-2S00-A Cubis-II Analytical Balance
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Sartorius MCA324S-2S00-U Cubis-II Analytical Balance
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Sartorius MCA324SI-S00 Cubis-II Analytical Balance
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Sartorius MCA324P-2S00-A Cubis-II Analytical Balance
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Sartorius MCA324S-2S00-I Cubis-II Analytical Balance
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Sartorius MCA324P-2S00-I Cubis-II Analytical Balance
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Sartorius MCA224SU-S00 Cubis II Analytical Balance, MCA User Interface
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Sartorius MCA224S-2S00-I Cubis II Analytical Balance, MCA User Interface
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Sartorius MCA224S-2S00-A Cubis II Analytical Balance, MCA User Interface
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Sartorius Cubis MCA124SU-S00 Analytical Balance
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Sartorius Cubis MCA124S-2S00-U Analytical Balance
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Sartorius Cubis MCA124S-2S00-I Analytical Balance
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Sartorius Cubis MCA124S-2S00-A Analytical Balance

How do analytical balances work and what are their features?

Analytical balances operate using a precision electromagnetic force restoration mechanism to measure mass. This mechanism ensures high accuracy by applying a counter force to balance the mass on the scale, allowing for measurements down to micrograms. Key features often include a draft shield to prevent air currents from affecting measurements, a digital display for easy reading, calibration options for accuracy, and connectivity features for data transfer. These balances are essential for tasks requiring high precision in laboratories, pharmaceutical companies, and research institutions.

How low can analytical balances weigh?

Analytical balances can weigh very small masses, often down to 0.1 mg or 0.01 mg. This high level of sensitivity allows for extremely precise measurements, making them ideal for laboratory settings where accuracy is critical for the weighing of fine powders, chemicals, and other materials that require precise measurements.

Why are analytical balances more expensive compared to precision balances?

Analytical balances are more expensive than precision balances primarily due to their higher sensitivity, accuracy, and the advanced technology required to achieve such precise measurements. They are designed to measure small mass in the sub-milligram range. The materials and construction of analytical balances are typically of higher quality to ensure the stability and repeatability of measurements. Additionally, they often include more sophisticated features and environmental protection measures, such as draft shields, to minimize the effect of external factors on measurement accuracy. These factors contribute to the higher cost of analytical balances.

How do the automated dosing features enchance the accuracy of the weighing process?

The automated dosing features significantly enhance the accuracy of the weighing process by providing optional modules that allow for easy upgrades to automated powder and liquid dosing. These features ensure precise measurements that are impossible to achieve through manual processes, enabling users to achieve a higher level of accuracy in their dosing. The automated dosing capabilities eliminate human errors and variations, resulting in consistent and reliable dosing that is essential for achieving precise measurements in various applications.

What are the connectivity options provided by the XPR balances?

The XPR balances provide a range of connectivity options for users, including four USB ports and one LAN port. These ports make it easy to connect to various devices and networks, as well as export data for further analysis and processing.

What are the features and specifications of the Mettler Toledo ML-T Analytical Balances?

The Mettler Toledo ML-T Analytical Balances are widely recognized for their comprehensive features and specifications in the entry-level analytical balances category. These balances are equipped with a large and vibrant color touchscreen display, allowing for easy operation even while wearing gloves. The MonoBloc weighing cell, combined with FACT internal calibration, ensures fast and durable performance. Various interfaces, including USB, RS-232, and optional Bluetooth, allow for seamless data transfer to a computer without requiring additional software. The compact design of the ML-T balances, along with the option to run on batteries or AC power, makes them versatile for different settings.
Moreover, these balances feature a balance leveling function that guides users through the calibration process with on-screen instructions. The MinWeigh functionality enables operators to set minimum weight tolerances for dosing, with visual cues on the screen indicating compliance. Constructed with metal bottom housings and easy-to-clean ABS top housings, the ML-T balances are durable and user-friendly. The draftshield is designed for easy disassembly and cleaning, and all parts are washing machine safe. Other notable features include GLP compliance, passcode protection, optional Bluetooth connectivity, and a one-year warranty for added peace of mind.

About Data Support Company

Data Support Company Inc. (DSC) specializes in providing high-quality analytical balances, holding ISO 17025 Accreditation for their commitment to excellence and accuracy in measurements. With over 30 years of experience, DSC offers a comprehensive range of analytical balances, catering to the precise needs of laboratories and research institutions. With a focus on quality and customer satisfaction, DSC provides solutions for a broad range of laboratory applications, supported by their team of Application Chemical Engineers for technical inquiries.

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