Precision Sample Division
Our RSDs employ a rotary sample division method, recognized for its reliability in mass reduction processes. By generating a large number of sample increments (each subsample comprising over 100 increments) the system effectively minimizes material segregation (distributional heterogeneity), resulting in representative subsamples with reduced sampling variance.
Robust and Durable Construction
Constructed with heavy-duty materials, the RSD features a robust drive train that maintains constant speed throughout the splitting process, thereby minimizing sample variance. The gearbox and bearings are designed for a lifespan exceeding 15 years of trouble-free operation, underscoring the system’s durability and reliability.
Advanced Feeding System
Equipped with a variable speed vibratory feeder offering a wide range of controllable operations, the RSD ensures a consistent flow of material to the splitting section. This feeder can be calibrated per application to suit the specific material being processed, enhancing the accuracy and efficiency of the sub-division process.
Key Features
- High-Precision Sample Splitting: Achieves nominally identical subsamples through precise dimensional tolerances.
- Heavy-Duty Drive Train: Maintains constant operational speed to minimize sample variance and long service life.
- Adjustable Feeding System: Calibrated to provide a consistent material flow tailored to specific applications.
- Safety Features: Includes a safety cover to prevent injury and assist in dust control, with interlocked motor drive to prevent operation when the cover is open.
- Ergonomic Design: Carousel set at an ergonomic height, facilitating easy sample handling.
- Material Versatility: Capable of processing a wide range of materials (Food Safe options available)
- Dust-Resistant Construction: Designed to minimize dust generation, enhancing workplace safety and cleanliness.
- Customizable Options: Available with spare sets of cups and carousel divider bars to suit specific operational needs.
