Automation streamlines sample handling and data management, greatly increasing throughput while reducing human error. The InMotion PX autosampler automates sampling, measurement, cleaning, and drying, cutting operator involvement and eliminating variability from manual handling. This delivers consistent, reliable results and cuts manual labor by up to 70%, allowing staff to focus on higher-value tasks. Advanced data management features in the Excellence Density Meters further speed up processing and reduce transcription errors, boosting overall lab productivity.
Compliance with Automated Density Workflows
How to Achieve Effective Compliance Results in Pharmaceutical Industry
Compliance with automated density workflows plays a crucial role in the pharmaceutical sector, ensuring consistent accuracy and reliability while minimizing human error. It enhances productivity and regulatory compliance by streamlining processes and enabling labs to meet strict regulatory standards with ease.
Download the guide on compliant automated density measurement workflows—your go-to solution for ensuring best practices and regulatory compliance.

Boosting Accuracy and Efficiency
Regulatory Compliance with LabX
LabX PC software provides a comprehensive solution for regulatory compliance in the pharmaceutical sector. It enforces data integrity through secure storage, audit trails, and electronic signatures, fully supporting FDA 21 CFR Part 11 and ALCOA+ guidelines. The software’s intuitive interface guides users through compliant workflows, ensuring consistent adherence to regulatory standards. Moreover, LabX facilitates seamless integration with existing lab management systems (ELNs, LIMS, ERPs), enabling traceable, centralized data handling and simplifying regulatory audits. Real-time monitoring and user authentication features further strengthen data security and compliance assurance.
By combining the InMotion PX autosampler with LabX PC software, pharmaceutical laboratories can achieve precise, efficient, and fully compliant density measurement workflows.



