Automatic Vacuum Honey Processing & Filtering Machine

Premium 304 Stainless Steel | 120 Mesh Precision | Low-Temp Dehydration


This Automatic Honey Processing Solution is engineered specifically for small to medium-sized enterprises seeking an integrated production line. This high-efficiency system streamlines the entire workflow—from melting crystals and filtration to low-temperature concentration. Built with premium food-grade 304 stainless steel, the equipment is fully compliant with international food safety standards (QS/FDA/CE). While ensuring all honey parameters meet national quality benchmarks, this machine significantly extends shelf life and enhances market value. By incorporating an advanced honey extraction machine and a high-performance honey extractor module, it provides a seamless transition from raw honeycomb processing to bottled retail excellence.

Automatic Vacuum Honey Processing & Filtering Machine

Automatic Vacuum Honey Processing & Filtering Machine

Core Value Propositions


Stable High-Vacuum Performance: Outfitted with a high-efficiency condensation system and a heavy-duty vacuum pump to maintain a stable negative pressure environment for rapid dehydration.

Low-Temperature Preservation: Utilizing advanced vacuum concentration technology, the system increases the Baume degree without damaging heat-sensitive nutrients (like diastase), preserving the natural color and aroma of raw honey.

All-in-One Integrated Efficiency: A single unit manages crystal melting, impurity filtration, and vacuum thickening. This integration simplifies the production flow and slashes labor costs.

Precision Food-Grade Engineering: The entire machine and its piping feature mirror-polished finishes both internally and externally. This “zero-dead-corner” design ensures easy cleaning and rigorous hygiene compliance.

Flexible Heating Configurations: Equipped with an automated electric heating system as standard, it also supports boiler-fed hot water circulation to adapt to various factory infrastructures.

Primary Application Scenarios


Decrystallization & Liquefaction

Application: Gentle melting of raw honey that has become hard or opaque due to long-term storage.

Value: Rapidly restores fluid consistency without compromising biological activity. This unit serves as a high-end honey filtering machine to ensure the melted product is ready for downstream processing.

2. Deep Filtration & Clarification

Application: Using the built-in precision filtration system to remove beeswax, debris, and plant fibers.

Value: Dramatically improves visual clarity to meet premium retail and export sensory standards.

3. Low-Temp Vacuum Concentration (Dehydration)

Application: Efficiently dehydrating low-Baume honey within a controlled 40-50°C vacuum environment.

Value: Elevates honey to above 42° Baume, preventing fermentation and spoilage while extending shelf life at room temperature.

Critical Pain Points Solved


  1. Eliminates Scorching & Discoloration: Unlike traditional high-heat methods that darken honey, our low-temp process prevents Maillard reactions, maintaining the honey’s natural golden hue.
  2. Prevents Fermentation: By reducing water content in “watery honey,” the machine tackles the root cause of souring and spoilage.
  3. Simplifies Sanitation: Solves the “difficult to clean” issue. Mirror-polished surfaces prevent bacterial growth and allow for rapid, thorough washdowns.
  4. Boosts Throughput: Consolidating disparate steps into one honey filtering machine reduces material transfer, minimizes secondary pollution risks, and accelerates time-to-market.

Operating Principle


The system operates on the physical law that the boiling point of water decreases under high vacuum conditions:

  1. Pre-heating & Filtration: Raw honey is liquefied and passed through a high-precision filter.
  2. Vacuum Evaporation: Honey enters the tank where excess moisture evaporates rapidly at 40-50°C under negative pressure.
  3. Condensation: Water vapor is quickly liquefied and discharged, maintaining the vacuum.
  4. Quality Achievement: Achieves efficient dehydration while ensuring enzymes and bioactive compounds remain intact.
ModelFM-400FM-550FM-600
Capacity (Yield)0.5T/8H1T/8H2T/8H
Tank Diameter (mm)400550600
Tank Straight Height (mm)400500650
Tank Volume (L)50100≥200
Agitator Motor (KW)0.750.750.75
Speed Range (R/M)363636
Temp Control Range (°C)0-900-900-90
Vacuum Degree (MPa)≥0.092≥0.092≥0.092
Concentration Temp (°C)≤50≤50≤50
Pre-heating Power3KW/380V6KW/380V9KW/380V
Heating Power3KW/380V6KW/380V9KW/380V
Vacuum Pump (KW)1.52.23
Filtration Level (Mesh)120-200120-200120-200
Water Consumption (M³/h)333
Dimensions (mm)1800*600*14002300*800*15552500*800*1815
Total Weight (KG)175240300

Frequently Asked Questions


Answer: Absolutely. We specialize in providing tailored solutions. Depending on your material characteristics (such as viscosity, acidity, or heat sensitivity) and your facility’s requirements, we can customize the material grade (SS304 or SS316L), heating methods, mixing speeds, and vacuum levels to ensure optimal performance.

Answer: Quality is our top priority. Our equipment is manufactured in strict accordance with GMP and ISO standards. Before shipment, every unit undergoes rigorous testing, including hydraulic pressure tests, vacuum retention tests, and operational trials. We provide complete inspection reports and factory acceptance videos for your peace of mind.

Answer: We offer flexible heating configurations to suit your local energy resources:

Gas Heating: Ideal for facilities where gas is the most cost-effective energy source.

Electric Heating: Equipped with high-efficiency heating elements and precise temperature control.

Steam Heating: Designed with a high-pressure jacket for connection to an external boiler.

Answer: Yes. Each machine comes with a comprehensive English Operation Manual and step-by-step installation videos. We also offer remote technical support via video calls. For large-scale production lines, we can arrange for professional engineers to assist with on-site commissioning and staff training.

Answer: * Lead Time: Standard models are typically ready within 15–20 business days. For complex custom projects, the timeline is finalized during the quoting stage.

Packaging: To ensure safe transit, we use heavy-duty, fumigation-free wooden cases that meet international shipping regulations, providing maximum protection against impact and moisture during sea or air freight.

“Still have questions? Contact our technical team for a free consultation.”

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