Honey Concentrate Machine Vacuum Cryogenic

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January 26, 2026
Category Connection: Beekeeping Equipment
Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the 304 Stainless Steel Honey Concentrater in action, demonstrating its vacuum cryogenic concentration process that preserves honey quality at low temperatures. You'll see how this 2023 model efficiently processes up to 130kg per batch, achieving an output of 1 ton in just 8 hours while maintaining a gentle concentration temperature of 38-45°C.
Related Product Features:
  • Features a 130kg capacity per batch for efficient honey concentration.
  • Utilizes a vacuum cryogenic process with a low concentration temperature of 38-45°C.
  • Constructed from durable and hygienic 304 stainless steel material.
  • Delivers a high output of 1 ton of concentrated honey over an 8-hour operational cycle.
  • Operates on a 380V/17KW power supply for robust performance.
  • Compact unit dimensions of 2000×800×1700mm for space-efficient installation.
  • Designed as a 2023 model with advanced honey processing technology.
  • Ensures quality preservation through gentle, low-temperature concentration.
FAQs:
  • What is the processing capacity of this honey concentrator?
    This machine has a batch capacity of 130kg and can produce an output of 1 ton of concentrated honey over an 8-hour operational period.
  • How does the vacuum cryogenic process benefit honey concentration?
    The vacuum cryogenic concentration operates at a low temperature range of 38-45°C, which helps preserve the natural quality, enzymes, and flavor of the honey by avoiding high-heat degradation.
  • What material is the concentrator made from, and why is it important?
    It is constructed entirely from 304 stainless steel, which ensures durability, corrosion resistance, and meets food-grade hygiene standards for safe honey processing.
  • What are the power requirements for operating this machine?
    The concentrator requires a 380V/17KW power supply to function effectively, providing the necessary energy for its vacuum and heating systems.