Tilting Granulator for Lab & Pilot Testing
Formula research and pilot production require highly flexible and precise granulation equipment. Unlike large industrial machines that are only suitable for mass production, laboratory and pilot-scale granulation demands low residual rate, adjustable parameters and easy cleaning to ensure accurate experimental data and reliable formula verification. Many traditional granulation devices fail to balance precision and operability for small-batch testing. The tilting mixing granulator is perfectly optimized for laboratory research, pilot testing and small-batch trial production scenarios.
The lab-grade tilting mixing granulator features ultra-low residual design for accurate formula testing. In pharmaceutical and new material research, even tiny material residue will interfere with experimental results and cause formula deviation. Adopting full smooth inner cavity and complete tilting discharge structure, the equipment achieves nearly zero material retention after each test. It ensures no cross-contamination between different samples, guaranteeing authentic and repeatable experimental data for R&D teams.
Full-parameter adjustable design meets diverse research needs. Researchers can freely adjust mixing speed, tilting angle, granulation time and liquid spraying volume according to different material formulas. Whether testing fine chemical powders, new energy electrode materials, pharmaceutical intermediate granules or food research formulas, the tilting mixing granulator can simulate formal production conditions perfectly. It helps labs complete formula screening, performance verification and process optimization efficiently.
Compact structure and easy cleaning improve R&D efficiency. Traditional pilot granulation equipment occupies large space and requires complicated disassembly and cleaning, which greatly slows down experimental progress. This tilting mixing granulator adopts a compact and integrated structure, saving laboratory floor space. Its tool-free disassembly and quick-cleaning design allow researchers to switch multiple groups of experiments in a short time, significantly improving daily testing efficiency and research progress.
Consistent granulation performance bridges lab and industrial production. The equipment adopts the same 3D tilting mixing principle as large-scale industrial granulators. The particle size uniformity, density and forming state obtained from pilot testing can be perfectly replicated in subsequent mass production. It effectively avoids process mismatch between laboratory research and factory production, providing reliable technical support for project transformation and industrial upgrading.
