MT-BSC · Industrial Boot Cleaning & Disinfection · IP 67 · SUS304 Stainless Steel
Channel Type Boot Sole Cleaning Machine
MT-BSC · Industrial Boot Cleaning & Disinfection · IP 67 · SUS304 Stainless Steel
Products Details
▌ Product Description
The Meatech MT-BSC channel type boot sole cleaning machine provides automatic mechanical scrubbing and disinfection of workers' boot soles and boot uppers as they walk through the channel — removing soil, organic matter, blood, and microbiological contamination from footwear before workers enter or re-enter the production zone. Unlike boot dip trays, which rely on a short static contact with disinfectant solution and provide no mechanical cleaning action, the MT-BSC's rotating brush system physically removes contamination from boot sole treads — the primary reservoir for floor-transferred pathogens in food production environments.
Footwear contamination is a frequently underestimated contamination pathway in meat and poultry processing plants. Workers moving between areas — from receiving docks to processing halls, from chilling rooms to packaging areas, from welfare areas to production zones — carry floor-level contamination on boot soles across zone boundaries. In facilities processing raw poultry and meat, this includes Salmonella, Campylobacter, Listeria, and E. coli from processing area drains, floor pooling, and organic debris. The MT-BSC provides the mechanical decontamination step that boot dip trays cannot deliver.
The MT-BSC is constructed from SUS304 stainless steel to IP 67 protection class — the same specification as the processing equipment it protects — and integrates industrial and hygienic design standards in a compact channel format (2,270×1,000×1,450 mm) that fits standard production zone entry corridors. An optional sand-blasting surface finish is available for enhanced traction on the channel entry platform. The MT-BSC can be installed as a standalone footwear hygiene station or integrated into a complete entry hygiene system with the MT-HDAC-S1 access control unit.
▌ Mechanical Cleaning vs Boot Dip Tray — The Critical Difference
Comparison Point | MT-BSC Channel Boot Cleaner | Conventional Boot Dip Tray |
Cleaning mechanism | Rotating brushes physically remove soil and organic matter from boot sole treads | Static disinfectant contact only — no physical removal of contamination |
Effectiveness in boot sole treads | Brush penetrates tread pattern — removes packed organic matter that harbours pathogens | Disinfectant does not effectively penetrate deep tread patterns with packed organic debris |
Disinfectant efficacy | Cleaning removes organic load first — disinfectant acts on a clean surface, maximum efficacy | Organic matter in disinfectant solution reduces efficacy significantly — 'dirty' disinfectant is far less effective |
Boot upper cleaning | Included (upper brush cleans sides and heel) | None |
Worker compliance | Walk-through — no action required from worker | Requires deliberate dip action — compliance variable |
Cross-contamination risk | Contained channel system — brushes cleaned by the cleaning cycle itself | Dip tray accumulates organic debris and becomes a contamination source if not changed frequently |
Maintenance | Periodic brush inspection; channel self-draining | Frequent tray cleaning and disinfectant replacement required |
HACCP audit evidence | Provides physical control mechanism with documented cleaning action | Tray presence alone does not evidence effective decontamination |
▌ Technical Specifications
Parameter | MT-BSC Specification |
Machine Type | Channel type — walk-through boot sole and boot upper cleaning machine |
Supply Voltage | 380 V (customisable) |
Supply Frequency | 50 Hz (customisable) |
Connection Power | 0.79 kW |
Control Voltage | 24 V DC |
Protection Class | IP 67 (fully waterproof — suitable for high-pressure cleaning) |
Net Weight | 280 kg |
Gross Weight (G.W.) | 380 kg |
Product Dimensions (L×W×H) | 2,270×1,000×1,450 mm |
Package Dimensions | 2,370×1,100×1,550 mm |
Package Material | Export plywood |
Body Material | SUS304 stainless steel — all surfaces |
Operating Temperature | Min. +4 °C / Max. +40 °C |
Optional Finish | Sand blasting (enhanced grip surface) |
Cleaning Action | Mechanical rotating brush — sole and upper brushing |
Disinfection | Integrated disinfectant application during brush cycle |
Installation | Walk-through channel — fits standard entry corridor width |
Integration | Standalone or combined with MT-HDAC-S1 for complete entry hygiene system |
▌ Applications in Meatech Processing Facilities
Facility / Solution Type | Role of MT-BSC |
Meat processing plants | Primary zone entry footwear decontamination — removes soil, blood, and organic matter from boot soles before workers enter the processing hall. Critical for facilities processing raw meat where floor contamination from processing activities is significant. |
Poultry slaughter and processing | Zone boundary crossing — workers moving between evisceration, chilling, and packaging zones carry Salmonella and Campylobacter on boot soles. MT-BSC at zone boundary provides decontamination at each crossing. |
IQF vegetable and fresh produce | Ready-to-eat product protection — facilities producing products consumed without cooking require the highest standard of zone contamination control. Boot sole cleaning at every production zone entry is standard in premium export-market fresh produce facilities. |
Central kitchen | Multiple entry/exit points across a central kitchen producing multiple products. MT-BSC at each production area entry prevents cross-contamination between raw material preparation areas and cooked or ready-to-serve product areas. |
Combined with MT-HDAC-S1 | Modular complete hygiene entry station — MT-BSC handles footwear decontamination; MT-HDAC-S1 enforces hand disinfection. Together they address both primary personnel contamination pathways at a single entry point. |
▌ FAQ
Q: Why is a channel boot cleaner more effective than a boot dip tray?
A: A boot dip tray provides disinfectant contact with the boot sole surface — but only with the parts of the sole that directly contact the liquid surface. Boot sole treads pack with organic matter (soil, blood, fat, processing residues) that the disinfectant cannot penetrate. The organic load in the tray also rapidly reduces disinfectant efficacy. The MT-BSC's rotating brushes physically remove organic matter from boot sole treads first — creating a clean surface for the disinfectant to act on — and also cleans the boot upper sides and heel that a dip tray cannot reach at all. For HACCP-documented contamination control, mechanical cleaning followed by disinfection is measurably more effective than disinfectant contact alone.
Q: Where should the MT-BSC be positioned relative to the production zone entry?
A: The MT-BSC should be positioned at the last point before workers enter the production zone — after changing rooms and before the production area door. For facilities with multiple production zones at different hygiene levels (e.g., raw material handling vs. packaging), an MT-BSC at each zone boundary crossing is recommended. When combined with the MT-HDAC-S1 access control system, the MT-BSC is positioned immediately upstream of the turnstile so that footwear cleaning is completed before hand disinfection and entry are triggered.
Q: How often does the MT-BSC need to be cleaned and serviced?
A: The MT-BSC channel and brush system should be cleaned and the disinfectant solution replaced at the start of each production shift and checked mid-shift under high-use conditions. IP 67 protection class means the machine can be cleaned with high-pressure water. Brush inspection for wear is recommended monthly; brush replacement frequency depends on production volume and boot sole abrasiveness. SUS304 stainless steel construction resists corrosion from disinfectant chemicals used in standard food factory cleaning programmes.
Q: Can the MT-BSC be used with any disinfectant, or is a specific product required?
A: The MT-BSC is compatible with all standard food-grade boot disinfectants — including quaternary ammonium compound (QAC) solutions, chlorine-based solutions, peracetic acid solutions, and other EPA/EU-registered food contact sanitisers. Disinfectant selection should follow the facility's HACCP plan and the recommendations of the food safety management system consultant. Meatech does not supply disinfectant chemicals but can advise on compatible solution concentrations for the machine's disinfectant reservoir.
Processing Solutions
Complete chicken nugget production line — forming, breading, frying and IQF freezing.
Complete sausage production line — grinding, emulsifying, stuffing, tying and smokehouse.
Meatball processing line — bowl chopper, vacuum mixing, forming, cooking and IQF freezing.
Luncheon meat production line — emulsifying, filling, sealing and retort sterilization.
Marinated meat line — brine injection and vacuum tumbling, 2–4 hours replacing 24–48 hour soaking.
Fresh meat cutting and MAP packaging line for retail tray and supermarket supply.
IQF mixed vegetable line — dicing, individual blanching, IQF freezing and gravimetric blending.
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