White Paper: Accurate and High Throughtput Mass Determination with Table-Top Robotic Systems
Last updated: August 2020 | Authors: Dr. Eszter Paldy, Sigo Muehlich, Tony Kowalski
Overview
Due to limitation on space and budget new developments in mass metrology are shifting towards table-top robotic systems offering higher productivity at lower cost. Moreover, ingenious technological designs guarantee the highest accuracy.
The Dual Robotic Arm System is designed for simultaneous management of reference and test weights, therefore increasing throughput, as none of the weights have to be returned to the magazine during the weighing process. Assembled with a patented multi-weight handler, mass dissemination of the national MassScale with groups of up to four test weights can be managed. Fulfilled with 120 magazine positions such robots are optimized for overnight and weekend mass determination or dissemination, without requiring operator intervention.
This paper discusses how the newest compact robotic systems meet various customer needs via offering flexible options when it comes to weighing range and readability, plus how these systems enhance throughput and accuracy.
Document type: White Paper
Page count: 8
Read time: 10 minutes
Key Takeaways
- Advancements in mass metrology using table-top robotic systems that improve productivity and accuracy while being cost-effective
- Automation enables overnight and weekend operations without human intervention
- Key features of Sartorius' table-top robotic systems, such as compact design, dual robotic arms, and error reduction
- Detailed technical specifications for different models, including electrical weighing range, nominal load, readability, and repeatability
Audience
- Lab Managers
- Lab Technicians
- Compliance Experts
- Quality Control Managers
- Scientists
- Research and Development
- Metrology Professionals
Applications
- Mass Calibration
- Automation
- Overnight Processing
- Sample Processing
- Sartorius CCR-Compact Table-Top Systems
