The Distek Bathless Disintegration System with Auto Endpoint Detection Using Patent Pending IR Technology, 2 Positions, 230V, Does Not Include Baskets and Beakers delivers high-performance tablet disintegration testing without the common issues of water bath systems. Engineered with Distek’s proven bathless heating technology, this system offers fast heat-up, improved compliance, and an ultra-compact design ideal for space-constrained laboratories.
Product Features
- Patent-pending near infrared Auto Endpoint Detection for unattended operation and improved throughput
- Bathless heating design heats media to 37°C in approximately 8 minutes, eliminating algae growth and slow ramp-up times
- Advanced user interface supports storage of 100 reports, 50 users, 3 simultaneous methods, and qualification reminders
- Integrated temperature sensors monitor and document individual breaker temperatures for enhanced compliance
- Field-upgradeable from 2 to 4 or 6 test positions to match growing productivity needs
- Run up to three independent methods at once to reduce development time
- Compact semi-circle footprint for maximum bench space efficiency
Benefits
- Eliminates water bath maintenance issues for a cleaner and more efficient testing environment
- Increases lab productivity through rapid heat-up and simultaneous multi-method execution
- Improves regulatory compliance with precise temperature monitoring and data logging
- Reduces operator workload with automated disintegration endpoint detection
- Scalable configuration adapts to your lab’s evolving throughput requirements
- Smallest footprint in its class for labs with limited space
Why Choose the Distek Bathless Disintegration System?
Ideal for high-throughput pharmaceutical labs, the Distek Bathless Disintegration System with Auto Endpoint Detection Using Patent Pending IR Technology streamlines disintegration testing with unmatched efficiency, compliance, and automation. Its compact footprint, bathless design, and NIR endpoint detection make it a powerful solution for modern QC environments.
