Mobile air purifier Calistair

compactactivated carbonphotocatalytic oxidation

Overview
The mobile units Calistair R4000 and C300 reduce particle counts and eliminate pollutants as well as microorganisms in indoor air. The systems combine proprietary non-thermal catalysis with multi-stage filtration (activated carbon, HEPA H14 and coarse dust filters) and UV-activated catalysts to destroy over 99.8% of microbiological (viruses, bacteria, germs) and chemical contaminants. Self-regenerating catalysts ensure long-lasting decontamination and energy-efficient operation.

Application & Protection
Applications: Mechatronics & Medtech
Protection categories: Personal protection; Product protection; Environmental protection

Key characteristics

• Non-thermal catalysis: Effectively eliminates microorganisms and contaminants without using heat or chemicals
• Multi-stage filtration: Significantly reduces particle concentration and efficiently captures odors (activated carbon, HEPA H14, coarse dust filters)
• Noticeably improved air quality: Creates a hygienic working environment with clearly enhanced air quality
• Easy operation: Intuitive controls allow safe use without extensive training
• Quiet operation: Operates silently, suitable for laboratory or clinical environments
• Rapid deployment: Ready for use in a short time, ideal for flexible and immediate applications
• Continuous monitoring: Constant control of operating parameters ensures consistent performance

Requirements

• Protection from particles and microorganisms: Eliminates airborne particles, germs and microorganisms to protect personnel, products and the environment
• Particle-free working conditions: Ensures controlled, highly particle-reduced environments required for sensitive processes
• Rapid air decontamination: System decontaminates and purifies room air within a short time frame

Functional principle
The non-thermal catalysis process consists of three steps: contaminants are first captured by an adsorption medium, then destroyed on a UV-activated catalyst, and finally converted at room temperature. The adsorption medium acts like a sponge while UV light enhances the germicidal effect. The process produces only small amounts of water vapor and CO₂. HEPA H14 and coarse dust filters reduce particles, activated carbon filters remove odors, and the catalyst stage destroys chemical and microbiological contaminants.

Calistair models (high level)

• Calistair R4000: Mobile unit with adjustable airflow and suitability for small to medium rooms
• Calistair C300: Compact mobile unit for smaller rooms and lower airflow requirements

Characteristics / technical specifications

• Standard (noted): EN 1886
• Filter type (system): Non-thermal catalysis, activated carbon, HEPA H14, coarse dust filters
• Performance claim: Proprietary non-thermal catalysis destroys over 99.8% of microbiological and chemical contaminants
• Calistair R4000 — Outer dimensions (W x D x H) in mm: 700 x 850 x 1940; Airflow (m3/h): 800 – 4000; Suitable room volume (m3): 50 – 400; Suitable room area (m2): 20 – 150
• Calistair C300 — Outer dimensions (W x D x H) in mm: 353 x 372 x 704; Airflow (m3/h): < 300; Suitable room area (m2): < 60
• Functional details: Adsorption medium captures contaminants; UV-activated catalyst destroys captured contaminants; final conversion at room temperature with minimal by-products (small amounts of water vapor and CO₂)
• Operation: Intuitive controls, quiet operation, rapid deployment and continuous monitoring of operating parameters
• Downloads available: product brochure (PDF)