Overview

Air Shower LMASH-A100 is designed for personnel decontamination before entry into cleanrooms and controlled environments. Its single-person chamber uses double-sided airflow through 12 stainless-steel nozzles at 22 to 27 m/s, while HEPA filtration provides 99.95% efficiency at 0.3 µm. An adjustable 0 to 99-second shower cycle, high-powered fan, LED lighting, tight-sealing doors, emergency button, and stainless-steel construction support contamination control in pharmaceutical, biotech, electronics, and chemical facilities.

Features :

Adjustable Timer

Powerful Fan and LED Lighting

Optimized Power Consumption

Tight-Sealing Doors

Modular Design

Emergency Button 

Specifications :

Capacity	Single person
Air Blow Type	Double
Nozzle	12 pieces
Material	Stainless Steel
Air velocity	22 to 27 m/s
Air Shower Time	0 to 99s (adjustable)
Noise level	Less than 65 dB(A)
Filter Efficiency	99.95% efficiency at 0.3µm
Fan Power	1100W (1 unit)
LED Lamp Power	15W (1 unit)
Power Supply	380V/50Hz
Pre Filter Size	745 ×375×21mm (1 unit)
Hepa Filter Size	610 ×610×69mm (1 unit)
External Dimension (W×D×H)	1290×1000×2130 mm
Internal Dimension (W×D×H)	790×880×1925 mm
Net Weight	200 kg
Gross Weight	250 kg

Applications :

Air Shower LMASH-A100 is vital for maintaining sterile conditions and minimizing contamination risks in pharmaceutical drug manufacturing.

Selection Guide :

Air Shower LMASH-A100 is designed to suit a variety of research and application needs by effectively removing contaminants before entry into cleanrooms or controlled environments. Customers should select this model based on their specific use, pharmaceutical, biotech, electronics, or chemical labs, considering factors like airflow velocity (15–25 m/s), HEPA filter efficiency (99.99%), cycle time (15–60 seconds), and door type (single or double). Additional features such as UV sterilization and interlock systems can be chosen depending on contamination risk and experimental sensitivity. This flexibility ensures that the device meets precise contamination control requirements for varying research and experimental setups.