Solutions for All Your Weighing Needs
Experience high levels of accuracy and precision in analytical testing and quantitative analysis
With a broad portfolio of world renowned weighing solutions, we provide you with a range of laboratory balances suited to fit your needs, including analytical balances, ultra-micro balances, high-capacity scales and mass comparators for calibration.
Suitable for use in laboratories, manufacturing, quality control, pharmaceutical arenas, as well as academic research and any other professional use, Sartorius lab balances are equipped to meet the highest standards of speed, reliability and safety. Our balances have been designed to deliver the best weighing results, and we focus on integrating them into your laboratory workflows to make your processes more efficient, reliable and ergonomic.
Lab Weighing Product Categories
Lab Weighing Features
Lab Weighing Applications
Moisture Determination
No matter, if you work with chemical, cosmetic or pharmaceutical products, buildings materials, pulp and paper, paints and coatings or animal feed - the moisture or water content has a decisive impact on price, processability and quality, ranging from raw materials to final products.
Pipette Calibration
Fast, user-friendly and portable solutions provide the best features for accurate gravimetric testing of any pipette size.
Paint Mixing
Paint mixing - made easy, reliable, accurate and fast
HPLC Sample Preparation
With a weighing accuracy of up to five decimal places and a 48,000-step resolution, your solvent will be dispensed automatically.
Gravimetric Uniformity Checking
High-precision balances offer possibilities for non-destructive QC, from checking die coating homogeneity & measuring density of raw materials.
In Process Control - Weighing
Control dispensing heads and check for correct assembly by weight using high-precision weigh cells in your production line.
Video: Cubis® II Compliance & Connectivity
The premium balance that can be smartly integrated into your laboratory today and meets the connectivity requirements of tomorrow.