Capacity & Sizing

Today, managing multiple sanitization
methods creates complexity

Different species or work spaces require different spatial volumes
Different tools or materials require different sanitization processes
Under- or over-sized systems create operational bottlenecks

From small exotics to large-scale agricultural operations, sanitation needs vary dramatically by species, equipment size, and daily volume.

A system that works for rodents or reptiles may be completely impractical for equine tack, livestock tools, or high-throughput shelter environments. Additionally, while bleach or disinfectants can work well for surfaces that can safely get wet, and UV devices work well on hard smooth surfaces accessible to light, the variety of tools and equipment used often results in multiple different sanitization processes.

Having the wrong capacity leads to real-world problems: Too small, and staff wasting time running multiple cycles or skipping items that don’t fit; too large, and valuable space and capital are tied up in underutilized equipment. Similarly, multiple sanitization processes can create training challenges, additional time requirements, and a higher possibility for human error. Capacity isn’t just a technical specification — it directly affects hygiene compliance, workflow efficiency, and staff adoption.

How Clean Play helps:
Configurable Load Capacity

Scalable models for different operational realities
One device can sanitize a large variety of equipment and materials (rough surfaces, fabrics, plastics, electronic devices)
Right-sized systems reduce friction and improve compliance

Clean Play offers three core SaniChest models designed to scale across animal care and agricultural use cases:

SC40 (40L) — Ideal for tools and equipment used with small animals, exotics, rodents, reptiles, birds, and specialty clinics.
SC80 (80L) — Suited to tools and equipment for companion animal clinics, grooming operations, shelters, and equine tack rooms.
SC200 (200L) — Built for large animal agriculture, equine facilities, and high-volume biosecurity needs.

Together, these models support everything from micro-scale precision care to industrial-scale sanitation, without forcing operators into oversized or undersized solutions, and always ensuring the same effective pathogen removal.

Primary Use Case - Taylor

Petting Farm Manager

Taylor manages a facility that houses small mammals, birds, and a working barn with horses, donkeys, pigs, and goats. Previously, Taylor relied on a combination of chemical soaking tanks, disinfectant sprays, and UV devices, which created a lot of complexity for his staff and volunteers.

Taylor would love to have a simplified system that can be implemented across different areas of his operation, can accommodate the various sizes of tools and equipment he has in different areas, can be used on everything from rope to cellphones, and ensures that they are effectively sanitized every time.