Laboratory cage box cleaning system
Ensure fast and thorough cleaning of cage boxes and accessories with a versatile high-pressure system designed for laboratory environments, addressing space constraints and waste residue challenges.
Cleans and Disinfects Animal Cage Components
The BWS-L-S1000 from Shinva Medical is a fully automatic cage box cleaning machine specifically engineered for the experimental animal industry, addressing the need for rapid and efficient cleaning of mouse cages and related accessories. This equipment is distinguished by its high-pressure, large-flow hot water spraying system that ensures comprehensive cleaning and disinfection. Suitable for use in experimental animal centers and research laboratories, it can process up to 40 mouse IVC cage boxes per cleaning cycle, significantly reducing turnaround times.
Equipped with a Siemens control system, this machine offers dynamic process monitoring via a color touch screen HMI interface, supporting varying automated cleaning procedures tailored to different contaminants. The integration of an energy-efficient preheating tank and high-efficiency heat exchanger decreases water heating times and optimizes energy use, while recycling rinse water conserves resources.
Constructed from stainless steel with hygiene-grade pipelines, the BWS-L-S1000 resists bacterial growth and ensures longevity. Key features include a portable double-layer filter to prevent blockages, an active door sealing system for safety, and high-quality international components for dependable performance. Its compliance with stringent hygiene standards makes it a reliable choice for maintaining the cleanliness and safety of laboratory environments.
Benefits
- Enhances cleaning efficiency, reducing cycle time to just 4-6 minutes for up to 40 mouse cage boxes.
- Decreases energy use through optimized heat exchangers and water reuse systems.
- Ensures thorough decontamination, improving laboratory safety and hygiene.
- Minimizes operational interruptions with automated process monitoring and alerts.
- Prevents mechanical blockages with a dedicated filtration system, ensuring continuous operation.
- Applications
- Animal research laboratories,Experimental animal centers,Scientific research institutions,Laboratory animal facilities
- End products
- Bottle stoppers,Metal grid racks,Drinking water bottles,Mouse cage lids,Mouse cages
- Steps before
- Inspection,Material Removal,Sorting
- Steps after
- Sterilization,Drying,Quality Assurance
- Input ingredients
- cage box,lid,metal grid rack,drinking water bottle,bottle stopper,residual waste bedding material
- Output ingredients
- clean cage box,clean lid,clean metal grid rack,clean drinking water bottle,clean bottle stopper
- Market info
- Shinva is known for manufacturing medical equipment, including sterilization and disinfection devices, radiotherapy products, and diagnostic imaging systems, demonstrating expertise in healthcare solutions and a strong reputation for quality in the medical industry.
- Cleaning method
- High-pressure,large-flow hot water spraying
- Cycle time
- 4-6 minutes
- Capacity
- Up to 40 mice IVC cage boxes
- Automation
- Siemens control system
- Water recycling
- Final rinse water recycling
- Temperature monitoring
- On-line monitoring
- Preheating tank
- Equipped
- Energy efficiency
- Patent design cycle of heating system
- Material
- Stainless steel
- Working Mechanism
- High-pressure hot water spraying
- Integrated Steps
- Automatic spraying,cleaning,rinsing
- Cleaning Method
- Automatic / Manual loading
- Batch vs. Continuous Operation
- Batch
- Automation Level
- PLC-controlled
- CIP/SIP
- CIP
- Energy Efficiency
- Recycled rinse water and efficient heat system
- Safety Features
- Active door sealing,emergency stop device
- Control Interface
- Siemens color touch screen
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Compact footprint
- Space-saving design
- Door structure
- Upper and lower to open
- Machine footprint
- Adaptable to compact spaces
- Door type
- Manual opening and closing
- Platform type
- Door forms working platform when open
- Filter structure
- Portable double layer
- Observation window
- Double deck glass
- Material
- Stainless steel
- Chamber construction
- Robot automatic welding
- Control panel type
- Color touch screen HMI interface
- Integration possibilities
- Siemens control system
- Cleaning performance customization
- Preset automatic cleaning procedures
- Door opening design
- Manual,upper and lower to open door structure
- Automation level
- Automatic operation,dynamic display of work process