In pharmaceutical research, new product development, formula testing and small-scale production, most traditional granulation machines require large powder consumption, causing serious material waste, high testing costs and slow trial cycles. Many laboratory devices cannot simulate formal production granulation effects accurately, resulting in inconsistent data between laboratory tests and mass production.

Our LYZ-25 Laboratory Dry Granulation Machine is a compact, independently developed dry granulation solution specially designed for laboratory R&D, pilot testing and mini-batch production. As one of the smallest professional dry granulation machines on the market, it only needs 80 grams of dry powder to complete standard granulation experiments. It effectively solves the pain points of high material consumption, expensive testing, and low efficiency in traditional laboratory granulation equipment.

Adopting pure mechanical extrusion granulation principle, the machine processes fine crystalline powder and materials containing crystal water without adding any adhesive or water. Raw powder is rolled into uniform thin sheets and then accurately sieved into standard particles of target sizes. The whole dry-type process maintains material purity, avoids component loss, and fully simulates formal large-scale production granulation effects, ensuring reliable and repeatable experimental data.

Core Advantages (What It Solves for Customers)

1. Ultra-low raw material consumption, greatly reducing R&D cost

Only 80g powder is enough for one complete granulation test. Perfect for precious medicinal powder, rare formulations, high-value additives and new material experiments, eliminating massive material waste during formula screening.

2. Full dry granulation process, no pollution and no ingredient loss

No water, no binder, no solvent required. It completely avoids material deterioration, effective component loss, moisture instability and residual problems caused by wet granulation, especially suitable for heat-sensitive, moisture-sensitive and high-purity materials.

3. Accurate experimental simulation, consistent with mass production effect

The mechanical rolling and granulating principle is identical to industrial large-scale dry granulation machines. Experimental data can be directly referenced for formal production, greatly shortening new product development cycles.

4. Compact laboratory size, flexible and easy to operate

Small footprint, simple operation and stable performance. Suitable for daily laboratory formula trial, intermediate test verification and small-batch customized production.

Wide Application Industries & Usage Scenarios

This laboratory dry granulator supports granulation of powder, crystalline materials and fine particles across multiple industries:

Pharmaceutical Industry

Medicine granules, Chinese medicine formula granules, antibiotic capsule filling granules, antibiotic injection granules, veterinary medicine granules, dialysis powder preparations.

Food & Health Industry

Seasoning granules, spicy seasoning granules, pastry raw material granules, health food granules, convenience food granules, dairy product granules and nutritional supplement granules.

Chemical & Daily Chemical Industry

Cosmetic raw material granules, pesticide granules, chemical agent granules, detergent raw materials, catalyst and fertilizer granulation, pigment powder processing.

Metallurgy & Electromechanical Industry

Iron oxide blocks, talc powder materials, oil-bearing bearing materials, electromagnetic materials and various metallurgical powder granulation.

Plastic Industry

Granulation processing of phenolic resin, urea resin, melamine resin, epoxy resin and various plastic raw materials.

Summary

The LYZ-25 Laboratory Dry Granulation Machine provides a low-consumption, zero-waste, stable and repeatable dry granulation solution for laboratories and small-batch manufacturers. It perfectly solves the problems of high test cost, large material loss and inaccurate simulation effect in traditional granulation experiments, becoming an essential piece of equipment for new product development, formula optimization and pilot production across pharmaceutical, food, chemical and material industries.