In modern scientific research and industrial experiments, experimental-scale spray dryers have become an ideal choice for material drying and micronization. Whether it is pharmaceuticals, biotechnology, food engineering, or new material research and development, spray drying technology can ensure that samples are efficiently and stably converted into powder state, thereby improving experimental accuracy and production efficiency.

Advanced technology, helping precise experiments

Original imported nozzles, efficient atomization - using high-quality atomizing nozzles to ensure uniform particle size, the spray efficiency far exceeds that of traditional equipment.

Intelligent color LCD touch screen - real-time display of inlet temperature, outlet temperature, peristaltic pump speed, air volume, and needle frequency, so that every experimental parameter is clear at a glance.

Fully automatic & manual control mode - can be switched according to experimental needs, one-button start automatic operation, simplify the operation process, and ensure stable experiment.

Real-time PID constant temperature control - precise temperature control in the entire temperature zone, with a temperature control accuracy of ±1°C, ensuring the stability of the drying effect.

Efficient drying, safe and reliable

✅ Pollution-free glass spray system - using high borosilicate heat-resistant glass to ensure that the experimental process is pure and pollution-free, especially suitable for drying high-value samples.

✅ Innovative tower wall purge device - improve material recovery rate, reduce sample waste, and improve experimental efficiency.

✅ Nozzle cleaner (needle) - automatically cleans blockages to ensure experimental continuity, especially suitable for drying sticky materials.

✅ High-efficiency air filtration system - the air inlet is equipped with a filter to prevent external impurities from contaminating and improve product purity.

✅ Intelligent shutdown protection function - when shutting down, all equipment except the fan automatically stops to prevent damage to the heating element due to misoperation and ensure safe operation of the equipment.

Suitable for a variety of experimental needs

Precision micronization: suitable for the preparation of fine powders such as Chinese medicine extracts, proteins, peptides, and nanomaterials.

Biomedicine: can dry heat-sensitive materials such as vitamins, plant extracts, probiotics, etc.

Food Engineering: widely used in food formula research such as dairy products, juice powder, protein powder, etc.

Recommended product links

Laboratory small spray dryer - suitable for small batch experiments, economical and efficient

Multifunctional organic solvent spray dryer - suitable for organic solvents such as ethanol and methanol, safe and explosion-proof

High-precision intelligent spray dryer - suitable for high-end applications in pharmaceuticals, food, and materials science

Conclusion

Efficient, intelligent, and safe - these are the core advantages of our spray dryers. No matter what materials your experiment involves, we can provide the best spray drying solutions to help scientific research and innovation. If you have any questions or needs about the equipment, please contact us!