Small Lab Spray Dryer Laboratory Spray Drying Equipment Food Herbal Protein Powder Spray Drying

It converts liquids and suspensions into fine, free‑flowing powders. Typical uses include drying food extracts, herbal extracts, protein solutions, chemical samples and general laboratory R&D.

The main wetted and structural parts are made from SUS304 stainless steel, chosen for corrosion resistance and ease of cleaning.

This unit uses electric heating and is specified for a 220V power supply. Confirm local power compatibility with the supplier before use.

Suitable for aqueous or solvent-based food and herbal extracts, protein solutions, and a wide range of laboratory chemical samples. Compatibility depends on solvent and safety considerations.

Throughput depends on feed concentration, feed rate, nozzle size and operating parameters. Small laboratory spray dryers typically process from tens of milliliters per hour up to a few liters per hour. Contact the supplier with your sample details for an estimated yield.

Particle size depends on atomization method, feed properties and drying conditions. Lab spray dryers commonly produce fine powders in the micron range (often ~1–50 µm). Provide sample details for more specific expectations.

Install on a stable bench, ensure proper electrical grounding and adequate ventilation or exhaust for solvent vapors. Follow local electrical and occupational safety codes. Confirm any additional safety features with the manufacturer.

SUS304 construction facilitates cleaning. Key maintenance tasks include regular cleaning of the drying chamber, nozzle/atomizer, filters and routine inspection/lubrication of bearings. Follow the supplied maintenance guide.

The product is supplied with a video outgoing inspection and a machinery test report. Additional user manuals and QC documents should be provided—confirm with the seller.

Net weight is listed as 100 kg. Single gross (packaged) weight is 200 kg. Package dimensions are 91 × 76 × 141 cm.

Yes—many heat‑sensitive materials can be processed by optimizing inlet/outlet temperatures, feed concentration and atomization. Use the lowest effective drying temperature and rapid drying conditions; perform trials and consult the supplier for recommended parameters.

Common wear parts for spray dryers include atomizer/nozzle tips, seals, filters and bearings (listed as a core component). Contact the supplier for availability, lead times and part numbers.

This is designed as a small laboratory spray dryer for R&D and small batches. Results can inform scale‑up, but production requires larger pilot or industrial spray drying equipment.

Certifications and warranty information are not specified in the basic listing. Request certificates (CE, ISO, etc.), warranty terms and after‑sales support details from the seller before purchase.

Operating parameters depend on your specific sample. Provide the supplier or technical team with sample composition, solids content and desired powder properties—then they can recommend inlet/outlet temperatures, feed rates and nozzle settings. Bench trials are normally performed to optimize conditions.