The APS CSSD Drying Cabinet is designed for controlled and efficient drying of medical instruments and reusable items following cleaning and sterilization-related processes. It combines controlled temperature, airflow, stainless steel construction, adjustable shelving, and digital temperature/time control to support consistent drying while helping protect instruments from excessive heat and moisture.
Drying is an important step in CSSD workflows because residual moisture can interfere with subsequent sterilization processes. APS drying cabinets provide a dedicated, controlled environment for removing moisture before instruments are stored or subjected to moisture-sensitive sterilization processes.
✅ Key Features
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Controlled Temperature & Airflow – Supports efficient and thorough drying while helping prevent instrument damage.
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Stainless Steel Construction – Inner and outer body available in SS304/SS316 on demand for durability, corrosion resistance, and easy cleaning.
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Built-in Dehumidification System – Helps reduce moisture inside the cabinet and supports a controlled drying environment.
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Adjustable Shelves – Provides flexible placement for different types and sizes of medical instruments.
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Microprocessor-Based PID Digital Control – Enables precise temperature control and operation.
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Wide Temperature Range – 50°C to 200°C.
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Thermal Insulation – High-grade mineral wool between the inner and outer chamber walls minimizes heat dissipation.
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Heavy-Duty Hinged Door – Designed for regular CSSD and healthcare facility use.
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Caster Wheels on Larger Units – Allows easier movement and positioning of larger drying cabinet models.
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Safety Features – Includes shut-off systems, secure locking, and ventilation provisions as part of the cabinet design.
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220/230V AC Operation – Designed for standard electrical supply.
Controlled Drying for CSSD Applications
The APS CSSD Drying Cabinet provides controlled temperature and airflow to remove residual moisture from instruments and reusable medical items.
Controlled drying can help maintain the condition of instruments and prepare them for subsequent handling, storage, or sterilization processes where dry materials are required.
Stainless Steel Construction
The cabinet is constructed with SS304/SS316 for the inner and outer body, with SS316 available on demand.
Stainless steel construction provides:
- Corrosion resistance
- Easy cleaning
- Durable cabinet construction
- Suitability for healthcare environments
Insulated Chamber
The space between the inner and outer chamber walls is filled with high-grade mineral wool to minimize heat dissipation and improve thermal insulation.
Wire-Mesh Stainless Steel Trays
The drying cabinet is supplied with SS304 wire-meshed trays, allowing instruments to be positioned within the drying chamber.
The number of shelves varies according to the cabinet model.
Digital Temperature Control
The cabinet uses a microprocessor-based PID digital control system. The specified temperature range is 50°C to 200°C, allowing temperature selection according to the applicable drying requirement and instrument compatibility.
Heavy-Duty Door
The cabinet is equipped with a heavy-duty hinged door for access to the drying chamber.
Mobility
Larger-sized units are mounted on caster wheels, making them easier to move and position within a CSSD or healthcare facility.
Importance of Drying in the Sterilization Process
Proper drying is an important part of instrument reprocessing workflows. Residual moisture can affect certain sterilization processes and may interfere with sterilant penetration.
Steam Sterilization
Moisture can interfere with steam penetration and may contribute to air pockets, which can hinder effective sterilization.
Ethylene Oxide (EO) Sterilization
For EO sterilization, instruments need to be dry for appropriate gas diffusion and penetration. Excess moisture can affect sterilant effectiveness and may contribute to residues.
Plasma Sterilization
Low-temperature plasma sterilization is sensitive to moisture. Excess moisture can dilute or otherwise interfere with the sterilant and affect the process.
APS CSSD Drying Cabinet Construction
| Component |
Construction / Feature |
| Inner Body |
SS304 / SS316 on demand |
| Outer Body |
SS304 / SS316 on demand |
| Trays |
SS304 wire-meshed |
| Insulation |
High-grade mineral wool |
| Door |
Heavy-duty hinged door |
| Mobility |
Caster wheels on larger units |
| Electrical Supply |
220/230V AC |
| Controller |
Microprocessor-based PID digital control |
| Temperature Range |
50°C–200°C |
Technical Specifications
| Specification |
APS-CX-45 |
APS-CX-128 |
APS-CX-192 |
APS-CX-228 |
APS-CX-342 |
| Size (W × D × H) |
450 × 450 × 450 mm |
450 × 450 × 600 mm |
450 × 450 × 900 mm |
600 × 600 × 600 mm |
600 × 600 × 900 mm |
| Capacity |
90 L |
128 L |
192 L |
228 L |
342 L |
| Heat Load |
1 kW |
1.5 kW |
2 kW |
2 kW |
3 kW |
| No. of Shelves |
2 |
3 |
4 |
3 |
4 |
| Temperature Range |
50°C–200°C |
50°C–200°C* |
50°C–200°C* |
50°C–200°C* |
50°C–200°C* |
| Controller Type |
Microprocessor-Based PID Digital Control |
Microprocessor-Based PID Digital Control* |
Microprocessor-Based PID Digital Control* |
Microprocessor-Based PID Digital Control* |
Microprocessor-Based PID Digital Control* |
Product Disclaimer
Specifications and included accessories may vary by production batch, market, or manufacturer revision. Please verify the exact configuration with the seller before purchase. This product information is intended for general product guidance and does not replace professional medical advice, diagnosis, or treatment.
