WaxMelters designs and manufactures industrial heated separation and clarification systems engineered to melt, separate, filter, and dispense beeswax and honey within a single integrated processing tank.
These systems go far beyond traditional melting equipment by enabling controlled separation of wax, water, and impurities, improving product quality while reducing reprocessing and labor.
Traditional melting tanks mix all materials together. WaxMelters systems allow controlled separation, reducing reprocessing, improving efficiency, and producing higher-quality wax and honey outputs.
Choose Your Beeswax & Honey Separation System
These systems are designed to replace multiple processing steps by combining melting, separation, filtration, and controlled dispensing into one integrated tank.
Selection Guide:
Model 10–35: Small batch and entry production
Model 50–75: Commercial processing and growing operations
Model 100–150: High-volume industrial processing
Most commercial customers choose the Model 75 or larger for improved throughput and long-term production efficiency.
Controlled Separation Process-
ONE SYSTEM replaces multiple pieces of equipment
- Separate beeswax from honey and water
- Remove impurities and debris
- Improve clarity and final product quality
- Enable staged discharge through multiple valves
🔥 MELT
Rapid, even heating of beeswax and honey without hot spots or burning
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⚖️ SEPARATE
Dual-valve system separates wax, water, and debris layers
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🧪 FILTER
Integrated filtration removes impurities during discharge
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🫙 DISPENSE
Clean, controlled output ready for bottling or transfer
Multi-Stage Processing in One System
Each system is designed as a complete thermal processing solution:
- Melt beeswax or heat honey to controlled temperatures
- Separate wax, water, and debris through natural layering
- Enable controlled draw-off using dual-valve configuration
- Filter material during discharge with integrated filtration
- Hold temperature for processing, storage, or dispensing
- Allow direct bottling or transfer to downstream systems
Dual-Valve Separation & Controlled Discharge
WaxMelters systems utilize a dual-valve configuration (upper and lower discharge) to allow precise separation of materials during processing.
- Upper valve for wax and floating materials
- Lower valve for heavier phases such as water and impurities
- Controlled draw-off improves separation efficiency and product quality
- Reduces need for secondary processing
Integrated Filtration at Discharge
Each system includes built-in filtration at the discharge point, allowing cleaner output without requiring separate filtration equipment.
- Integrated SNAP wax filter system
- Captures debris during discharge
- Improves clarity of final wax and honey
- Reduces downstream processing steps
Engineered for Performance
- 2–3× faster heating using up to 50% less electricity
- Even heating without hot spots, burning, or overheating
- Digitally controlled temperature for precise processing
- Designed for continuous or batch operation
Industrial Construction
- Double-walled and fully insulated tank design
- Round inner surface for even heating and easy cleaning
- High/Food-grade US 304 stainless steel with #4 finish
- Rust-proof, durable, and built for long-term use
- 100% US steel free from mercury, lead, and radiation
System Features
- Waterless heating with permanent heating elements
- No replacement heaters or water required
- Includes stainless steel lid
- Includes two 1" stainless discharge spouts (upper and lower)
- Includes two 1" brass ball valves for flow control
- Plug-and-play operation for standard electrical setups
Why WaxMelters Systems
Traditional melting tanks simply heat material. WaxMelters systems are engineered to process material — combining melting, separation, filtration, and dispensing into a single, efficient system.
- Eliminate multiple processing steps
- Improve wax and honey quality
- Reduce labor and handling
- Increase throughput and efficiency
Applications
- Raw hive material processing
- Beeswax purification and separation
- Honey and wax separation workflows
- Pre-processing before storage or bottling
- Commercial beekeeping operations
Why Integrated Processing Systems Outperform Traditional Equipment
Many traditional beekeeping operations rely on separate equipment for melting, filtering, transferring, and bottling. While effective at smaller scales, this approach increases handling, labor, and processing time.
WaxMelters systems are engineered to integrate multiple processing steps into a single, controlled system—improving efficiency, consistency, and overall output quality.
- Fewer processing steps and reduced material handling
- Improved clarity and consistency of wax and honey
- Lower risk of contamination during transfer
- Reduced labor and operator involvement
- Higher throughput and production efficiency
This approach is ideal for operations looking to scale beyond basic melting and move toward more efficient, production-level processing.
WaxMelters is the industry leader in innovative industrial beeswax and honey processing systems.
