Horizontal Steam Sterilizer, 150L Capacity – Model MSWY150SMSWISS

Precision, Power, and Proven Reliability for Modern Laboratories

Laboratories and research facilities often struggle with sterilizers that deliver inconsistent results, slow cycles, or high maintenance demands. The MSWY150SMSWISS Horizontal Steam Sterilizer is engineered to solve these problems with advanced pulsation-vacuum technology, a durable double-layer chamber, intelligent control automation, and superior thermal efficiency.
Designed for high-throughput labs, pharmaceutical facilities, research institutes, and CSSDs, this model ensures fast, accurate, and traceable sterilization every time.

Key Benefits

✔ Superior Sterilization Performance

Pulsation vacuum cycles ensure deep steam penetration for fabrics, instruments, glassware, media, and lab tools—eliminating cold spots and ensuring uniform sterilization.

✔ Automatic, Error-Free Operation

Touch-screen HMI plus microcomputer control provides full automation of cycles, parameters, data recording, and reports.

✔ Enhanced Workflow Efficiency

Built-in steam generator, fast heating, and optimized chamber geometry reduce cycle time and support high daily workloads.

✔ Safety-Engineered for Intensive Use

Multiple protections ensure safe operation: over-temperature protection, over-pressure release, automatic door locking, vacuum monitoring, and low-water safeguards.

✔ Fully Traceable Sterilization Data

Automatic recording and export of cycle data ensures compliance and easy documentation for audits or QA systems.

✔ Designed for Easier Maintenance

Stainless steel pipeline network, quick-install clamp fittings, and accessible layout reduce downtime and simplify servicing.

Common Lab Pain Points Solved

·       Uneven sterilization → Pulsation vacuum removes air pockets for reliable, uniform results.

·       Slow cycles & low throughput → Built-in steam generator and efficient heat retention accelerate processing.

·       Complex UI → HMI touchscreen ensures simple programming and real-time monitoring.

·       Difficult maintenance → Optimized pipe layout and quick-install clamps streamline servicing.

·       Poor traceability → Complete sterilization data logging ensures transparent and auditable records.

·       Safety concerns → Automatic protection systems prevent pressure, temperature, and operational hazards.

Technical Specifications

Product Model: MSWY150SMSWISS
Chamber Type: Horizontal, circular, double-layer structure
Sterilization Method: Pulsation vacuum with saturated steam
Chamber Material: High-grade stainless steel
Chamber Dimensions: φ472 × 880 mm
Chamber Volume: 150 liters
Overall Dimensions (L × W × H): 1130 × 690 × 1740 mm
Steam Consumption: ≤13 kg per cycle
Water Consumption: ≤190 kg per cycle
Power Consumption: ≤18 kW
Net Weight: 485 kg
Gross Weight: 585 kg
Door Type: Double door (S type)
Door Mechanism: Disc-type cogged structure with motorized locking
Control System: Touch-screen HMI + microcomputer intelligent control
Sterilization Processes Supported: Fabrics, instruments, liquids, BD test, pressure-holding test, user-defined programs
Temperature Range: 115–138°C operating range
Temperature Uniformity: ≤ +2.0°C
Working Pressure: 0.23 MPa
Design Cmpressed air Pressure: 0.4–0.7 MPa
Design Temperature: 150°C
Vacuum Range: –0.086 MPa
Compressed Air Pressure: 0.4–0.7 MPa
Power Supply: Three-phase five-wire AC 380V, 50Hz
Water Source Pressure: Standard laboratory water line
Data Recording: Automatic recording and traceability of full sterilization cycle

Safety Protections:
– Over-temperature protection
– Over-pressure automatic discharge
– Low-water protection
– Anti dry-burn technology
– Automatic safety-locking system
– Real-time fault alerts

Why MSWY150SMSWISS Is the Ideal Choice for Your Laboratory

If your lab demands high throughput, high reliability, and zero-compromise safety, the MSWY150SMSWISS provides the performance and intelligence needed for modern sterilization standards. Its advanced vacuum sterilization capability, automated controls, and robust construction make it an excellent long-term investment for research and clinical environments.