Rotational Cylinder Dissolution Tester LMRDT-A101 Catalog

Overview

Rotational Cylinder Dissolution Tester LMRDT-A101 includes auto-test, self-diagnosis, and alarm system for pharmaceutical dissolution testing. It has durable stainless-steel components, equipped with 3 vessels, paddles, and adjustable head. Incorporating microprocessor, this unit controls temperature, speed, and timing, with real-time data on LED interface. Integrated magnetic pump ensures uniform heating and stable temperature in bath. Our Tester is applied in pharmaceutical labs for quality control and drug release research.

Features :

Easy to operate

Dual power setting  

Compact design

Advanced Control System 

Specifications :

Vessels And Paddles	3 vessels and 3 paddles in single line
Speed Range	20 to 200 rpm
Speed Accuracy	Greater than or equal to 2 rpm
Temperature Range	Ambient to 45°C
Temperature Stability	Greater than or equal to 0.3°C
Preset Timing Points	9 points (5 to 900 minutes)
Time Accuracy	Greater than or equal to 0.5 minutes
Paddle Radial Run-Out	Greater than or equal to 0.5 mm
Basket Radial Run-Out	Greater than or equal to 1 mm
Heating System	Magnetic pump-driven circular water flow
Control System	Microprocessor-controlled
Display	LED interface
Material	SUS316L Stainless Steel components
Power Consumption	600W
Power Supply	110v or 220v, 50Hz or 60Hz
Dimensions	460 × 300 × 480 mm³
Weight	27 kg

Applications :

Rotational Cylinder Dissolution Tester LMRDT-A101 evaluates dissolution of tablets, capsules, and solid dosages in pharma labs for quality control and drug formulation studies. 

Selection Guide :

Rotational Cylinder Dissolution Tester LMRDT-A101 is designed for evaluating drug release from dosage forms using 3 vessels and 3 paddles arranged in a single line, suitable for small-scale or research-based dissolution testing. With a speed range of 20 to 200 rpm and speed accuracy of ±2 rpm, it ensures accurate control over agitation, which is essential for replicable dissolution profiles. The unit operates within a temperature range of ambient to 45°C, suitable for simulating physiological conditions. This model is commonly used in pharmaceutical research, stability studies, and quality control for formulations like transdermal patches, suppositories, and poorly soluble drugs. Certifications ensuring GMP and regulatory compliance make it suitable for both academic and regulated industry environments.