Mettler Toledo PL6001E Portable Precision Top-Loading Balance with 6200g Capacity

The Mettler Toledo PL6001E is a portable precision top-loading balance designed for accurate mass measurement in laboratory and biotechnological applications. Featuring a maximum capacity of 6200 g and a readability of 0.1 g, this balance supports critical weighing tasks essential for molecular diagnostics, bioprocessing, and cell biology research workflows.

Key technical specifications include:

• Repeatability: 0.07 g (typical), ensuring consistency in repeated measurements critical for synthetic biology and biomanufacturing processes
• Settling time: 1.5 seconds for rapid results in dynamic and high-throughput environments
• Weigh pan dimensions: 6 × 6 inches, suitable for various sample containers and vessels used in biotechnology laboratories
• Multiple weighing modes: formulation, totaling, dynamic weighing, piece counting, density determination, percent weighing, check weighing, and statistical analysis, supporting complex experimental protocols and quality control
• Unit conversions: g, kg, mg, ct, lb, oz, ozt, GN, dwt, mom, msg, tlh, tls, tlt, tola, baht, facilitating international research collaborations and standardized reporting
• Interface: RS232 serial connectivity for integration with laboratory information management systems (LIMS) and data acquisition in clinical diagnostics and research
• Display: Large, backlit LCD for enhanced readability and user-friendly operation under diverse laboratory conditions
• Calibration: External calibration capability to maintain precision and accuracy vital for molecular cloning workflows and biomanufacturing quality assurance

This balance is compact and lightweight (3 lbs) with overall dimensions of 9 × 8 × 3 inches, making it ideal for laboratories prioritizing bench space and portability. It operates on 12 V power supply (0.84 A) and includes a 120 V power cord.

The Mettler Toledo PL6001E portable precision balance is widely adopted by researchers in synthetic biology, molecular diagnostics, and biomedical engineering for its reliability in high-accuracy weighing and sample quantification critical to biotechnological research and clinical applications.