Bulk Density Apparatus

Product Description

The Bulk Density Apparatus, Model: RBD-1, is a precision instrument designed for studying the compaction characteristics of various pharmaceuticals, chemicals, powders, flakes, pellets, granules, and bulk substances. This apparatus allows for accurate assessment of the bulk density by simulating the packing behavior of these materials.

Features:

User-Friendly Operation: The apparatus is designed for easy operation, making it accessible to users of different skill levels.

Efficient Cylinder Holder: Equipped with a user-friendly cylinder holder mechanism, facilitating easy insertion and removal.

Uniform Packing: The apparatus ensures an even and consistent surface through simultaneous tapping and rotation, enhancing the accuracy of measurements.

Graduation Cylinder Support: It supports a 50ml graduation cylinder for precise volume measurements.

Documentation: Comes with IQ/OQ documents, ensuring compliance with quality assurance protocols.

Technical Specifications:

Number of Stations:  Available in both single (1) and optional dual (2) station configurations.

Dropping Height: 50 mm, contributing to controlled compaction conditions.

Drops per Minute: 30 drops per minute maintaining a consistent testing pace.

Drops Count: Capable of recording up to 9999 drops, enabling extensive testing sessions.

Measuring Cylinder: Accommodates a 50 ml measuring cylinder for accurate volume measurement.

Display: Equipped with a clear 16x2 character backlit display for easy reading of results.

Motor: Powered by a stepper motor, ensuring precise and controlled movements.

Power Supply: Compatible with 220/230 V, 50 Hz single-phase power supply.

The Bulk Density Apparatus, Model: RBD-1, offers a comprehensive solution for studying bulk density variations in a variety of materials. Its thoughtful design, user-friendly features, and technical specifications make it a valuable tool for industries that demand accurate compaction analysis for quality control and process optimization.