Cubis® III Precision Laboratory Balance

Cubis® III precision balances are available with maximum weighing capacities from 320 g to 14,200 g and readabilities from 1 mg to 100 mg, making them suitable for a wide range of laboratory and production tasks. For milligram balances, different draft shield versions are available, including manual, automatic, and metal ring versions. Models with a maximum load of up to 8.2 kg support automatic leveling, simplifying daily operation and contributing to reliable weighing results. These balances are particularly suitable for general laboratory and preparative weighing, check weighing and in-process control, as well as formulation and recipe weighing.

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Cubis® III precision balances are designed for laboratories and production environments that require a combination of higher weighing capacity, robust performance, and reliable precision. Positioned between analytical balances and high-capacity balances, they offer readabilities from 1 mg to 100 mg, with maximum loads that reliably cover larger sample quantities, bulk materials, and containers. This makes them ideal for formulation and recipe weighing, check weighing and in-process control, as well as general preparative and routine weighing tasks in pharmaceutical, chemical, food, and academic laboratories.

At the core of each Cubis® III precision balance is a high-stability weighing system developed to deliver excellent repeatability and fast stabilization times, even under higher loads. Optimized mechanics and advanced compensation algorithms reduce the influence of temperature changes, air currents, and vibrations. As a result, users can rely on consistent and reproducible results, whether the balance is installed in a dedicated laboratory, a pilot plant, or a quality control area adjacent to production.

Cubis® III precision balances are available in a wide range of configurations to meet specific process requirements. For balances with a readability of 1 mg, different draft shield versions are available, while for balances with a readability of 10 mg or 100 mg, optional special grid weighing pans help ensure stable results and provide additional protection for the weighing cell in more demanding working conditions. Features such as automatic internal adjustment and guided leveling support long-term accuracy with minimal user intervention.

One of the key strengths of the Cubis® III platform is its intelligent, method-driven software. The high-resolution touchscreen enables intuitive operation and guides users step by step through standard and customized workflows. Predefined applications for percent weighing, check weighing with tolerance limits, formulation, piece counting, and differential weighing help standardize routine tasks. Users can easily define their own methods, including prompts for sample IDs, batch numbers, or individual process steps, ensuring consistent execution of procedures and reducing the need for additional training.

Data integrity and regulatory compliance are integral parts of Cubis® III precision balances, especially in GxP-regulated environments. Comprehensive user management with role-based access, audit trail records, and controlled method changes support operation in accordance with GLP, GMP, and 21 CFR Part 11 requirements. The balances offer flexible connectivity options, including USB and Ethernet interfaces, as well as support for standardized integration frameworks, enabling easy connection to LIMS, ELN, MES, and other digital systems. This reduces the need for manual data transcription, minimizes the risk of errors, and enables secure, traceable electronic documentation throughout the entire weighing process.

By combining robust mechanics, high-performance weighing technology, modular hardware options, and powerful compliance-ready software, Cubis® III precision balances provide a reliable foundation for laboratory and production workflows. They help users increase efficiency, standardize procedures, and ensure accurate, reproducible, and fully traceable results, while supporting a smooth transition from development and scale-up to routine manufacturing in a modern, connected laboratory environment.

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