The terms “industrial cleaning”, “sanitization”, and “sterilization” are often misunderstood...
Insect Cultivation & Farming: Industrial Parts Washers
Automated Cleaning Systems for the Insect Cultivation & Farming Industry
As insect protein production scales, sanitation can no longer rely on manual washdown and inconsistent cleaning practices. Modern facilities require automated cleaning systems that deliver repeatable, validated results while reducing labor and water consumption.
Better Engineering designs and manufactures industrial washer equipment built specifically for insect cultivation environments. Whether you are operating a black soldier fly facility, cricket farm, or mealworm production line, our industrial parts washers remove frass, protein residue, and organic buildup from trays, bins, totes, racks, and processing equipment.
Our systems help insect producers:
- Improve biosecurity and contamination control
- Reduce manual labor and ergonomic strain
- Meet HACCP, FSMA, and GMP sanitation requirements
- Scale sanitation capacity as production grows
- Standardize cleaning results across shifts
From high-volume tray washing to automated bin cleaning systems for insect farms, our equipment supports safe, efficient, and sustainable protein production.
Equipment Our Washers Clean in Insect Cultivation Facilities
Insect farming operations rely on durable, reusable equipment that must be cleaned frequently and thoroughly. Our insect cultivation parts washer systems are engineered to handle high soil loads, organic waste, and continuous production demands.
Rearing Trays and Stackable Production Trays
High-capacity automated wash systems remove frass, organic residue, and microbial buildup from plastic and metal rearing trays. Our systems deliver consistent cleaning performance while protecting tray integrity and extending service life.
Bulk Bins, Totes, and Macro Containers
Our automated bin cleaning system for insect farms processes high volumes of bins and totes with programmable wash cycles and high temperature rinse capability. Reduce labor while improving sanitation repeatability.
Processing Equipment and Machine Components
From screens and racks to conveyors and structural components, our industrial parts washers eliminate protein residue and soil that can compromise product safety and performance.
Racks, Carts, and Handling Equipment
Maintain biosecurity by cleaning transport equipment thoroughly and consistently. Automated washing reduces cross-contamination risks between production zones.
Real World Cleaning Performance: Case Studies
Our insect farm sanitation equipment supports facilities producing edible insects for animal feed, aquaculture, and human consumption. Each system is engineered around your production volume, soil load, and facility footprint.
Explore case studies for our products by clicking the corresponding image links below.
Engineered Industrial Washer Equipment for Insect Farming
WATCH OUR PARTS WASHERS IN ACTION
See how our automated cleaning systems remove heavy organic buildup and deliver consistent, validated cleaning results for high-throughput facilities.
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Why Insect Producers Choose Better Engineering
Insect farming is a high-growth industry with strict sanitation demands. Our solutions are built to support operational efficiency and regulatory compliance from day one.
- Validated Hygiene: High temperature rinse and chemical dosing options help eliminate cross-contamination risks.
- Engineered for Organic Soil Loads: Systems are designed to handle frass, protein residue, and dense organic buildup.
- Scalable Throughput: Modular designs allow capacity expansion as your facility grows.
- Water and Energy Efficiency: Closed-loop filtration options reduce utility costs and environmental impact.
- Built for Industrial Environments: Stainless steel construction and robust components support continuous operation.
frequently asked questions
Yes. Our washers are designed with Sanitary Design Principles (no “dead legs” or harbor points for bacteria). The system maintains a consistent wash temperature of 160°F–180°F (71°C–82°C), providing the necessary thermal kill-step for pathogens like Salmonella and E. coli, essential for facilities pursuing food-grade certification.
Absolutely. Our controls are Industry 4.0 ready, featuring Allen-Bradley or Siemens PLC integration. We provide the necessary I/O for handshake signals with robotic de-stackers and re-stackers, ensuring the washer acts as a seamless link in your automated rearing line.
To prevent mold growth and maintain precise humidity levels in rearing chambers, we offer an integrated High-Velocity Air Knife Module. Installed at the discharge end, it removes up to 98% of surface moisture from trays before they exit the washer. This helps keep trays dry enough for immediate handling, reduces moisture carryover into the rearing room, and supports a cleaner, more controlled environment.
Unlike standard parts washers, our insect-specific systems are engineered with multi-stage centrifugal filtration to manage heavy organic loads. This design effectively separates abrasive materials such as chitin, frass, and pupae shells before they can clog pumps or erode spray nozzles.
We prioritize resource recovery through closed-loop recirculation. By filtering and reheating the water in a continuous cycle, our systems significantly reduce the “Water-per-Tray” metric. Additionally, our high-efficiency insulation and optional heat exchangers capture waste heat, lowering your overall Carbon Intensity (CI) score.
The best system depends on the size of trays, bins, and components being cleaned, soil load, and throughput requirements. We engineer custom automated cleaning systems based on your production needs.
Yes. We design insect farming parts washer systems around your specific production method and equipment types.
Backed by Testing. Proven in the Field.
Every Better Engineering system is manufactured with precision, durability, and long-term performance in mind. We partner with insect cultivation facilities to design automated cleaning systems that improve sanitation reliability, operational efficiency, and regulatory confidence.