Why managers are switching from PAPR to CAPR respirators

Why does your team prefer the MAXAIR CAPR to PAPR respirators?

More Comfortable

1. Air Diffusers assist in Low Noise Operation ≤ 62dB. Evenly dispersed air for comfort and anti-lens fogging. 

2. Front Comfort Strip (Disposable)

3. Rear Comfort Pade (Cleanable)

4. Easy grasp-and-turn ratchet to adjust head circumference and secure helmet-to-head.

User Selectable Comfort Level

6. Set Air-Flow Range to meet activity, comfort level

Computer controlled constant flow througout battery run-time

Quick-swap battery program .

40% discount on replacement batteries and chargers so your team can instantly swap depleted batteries for fresh ones—never wait for recharging

Visual battery indicators.

Real-time feedback on remaining power so workers know exactly when to change batteries

Fleet management solution.

Maintain a rotation of charged batteries to support 24/7 operations without downtime

Consistent airflow.

Maintains proper protective airflow throughout the entire battery life. No decreased performance as power depletes

CAPR respirators are already replacing alternatives in your industry

Laboratory research

Lab researchers handle some of the world's most dangerous substances -infectious pathogens, radioactive particles, toxic chemicals - often working in tight quarters for hours on delicate experiments that demand unwavering concentration. Traditional respiratory protection steams up safety glasses, creates neck strain from external battery packs, and makes verbal communication nearly impossible when precision teamwork is essential. The constant distraction of uncomfortable masks and fogging eyewear threatens both the researcher's safety and the integrity of experiments that cannot be repeated due to cost or sample availability.

• Diverse protection needs . High-efficiency filtration against biological agents, radioactive particles, and other lab hazards

• Precision work . Unobstructed field of vision and comfort allows focus on detailed experimental procedures

• Extended research sessions . Cooling airflow prevents fatigue during long laboratory sessions

• No Fit Testing Required . Protection for all researchers regardless of facial structure or facial hair

• Real-time status monitoring . HUD LEDs provide continuous feedback on system performance during critical experiments
  

• Compatible with lab equipment . No external tubes to interfere with microscopes or other precision instruments

Pharmaceutical manufacturing

Pharmaceutical workers handling Active Pharmaceutical Ingredients (APIs) face an unsettling reality: exposure to even microscopic amounts of certain compounds can cause serious health effects or hypersensitivity that ends careers. Traditional PAPRs with external tubes and battery packs create contamination traps in cleanroom environments and restrict movement during precise manufacturing tasks. The anxiety of potential cross-contamination between potent drug batches is compounded by the physical strain of maintaining perfect technique while working in cumbersome protective equipment during long production shifts where a single mistake can compromise product safety.

• Protection for API/HAPI handling . High-efficiency filtration against potent pharmaceutical ingredients
  

• Cross-contamination prevention . Integrated design with smooth surfaces simplifies decontamination between production runs

• Cleanroom compatible . Designed for use in controlled manufacturing environments

• Extended manufacturing shifts . Cooling airflow prevents fatigue during long production processes

• Clear communication . Low noise operation allows clear communication between team members in manufacturing settings

• Consistent protection . Real-time monitoring ensures continuous protection when handling critical compound

Healthcare facilities

Healthcare workers face an invisible battle every shift: caring for infectious patients while trying to stay protected themselves. N95 masks leave painful pressure marks after 12-hour shifts, make breathing laborious during physical tasks, and create barriers to critical patient communication when empathy matters most. During pandemic surges, the stress of inadequate PPE supplies compounds the already overwhelming challenges of patient care, leaving frontline workers vulnerable exactly when protection is most critical.

• Pandemic preparedness . Reusable system reduces dependence on disposable N95s during critical shortages

• Staff with facial hair . No fit testing means universal protection for all staff regardless of facial characteristics

• Patient interaction . Clear visibility of facial expressions improves patient communication and reduces anxiety

• Extended shifts . Cooling airflow prevents the discomfort, moisture buildup, and claustrophobia common with N95 masks

• Isolation rooms . No restrictive tubes means easier movement around patient beds and medical equipment

• Cross-contamination . Simplified cleaning process with integrated design reduces infection control risks
  

• Airborne infection isolation . Provides reliable protection for healthcare workers in high-risk areas where airborne pathogens are concentrated

Dental practices

Every dental procedure creates a cloud of invisible aerosols that hang in the air for hours—microscopic particles containing bacteria, viruses, blood, and tissue that can travel deep into the lungs. Dentists and hygienists work just inches from these aerosol sources for 8+ hours daily, often with inadequate protection that compromises between breathability and safety. The combination of heat from overhead lights, physical exertion during procedures, and the moisture trapped inside traditional masks creates a breeding ground for skin irritation and exhaustion that worsens as the day progresses.

• Aerosol-generating procedures . Superior protection against the fine aerosols generated during dental work

• All-day comfort . Cooling airflow makes wearing protection comfortable during back-to-back patient appointments

• Use with dental loupes . Integrated design less likely to interfere with dental loupes compared to traditional PAPRs

• Universal staff protection . No fit testing means immediate protection for all team members regardless of facial structure

• Patient communication . Clear visibility of facial expressions improves patient rapport and reduces anxiety

• Extended wear . Prevents the discomfort and skin irritation associated with tight-fitting N95 masks during long procedure

Emergency services

EMS responders rush from car accidents to heart attacks to COVID patients, never knowing what airborne hazards await at the next call. In the cramped confines of an ambulance—where every second matters and every movement is critical—traditional respiratory equipment with dangling tubes catches on equipment and slows response times. During mass casualty events or disease outbreaks, responders face impossible decisions: compromise their own safety with inadequate protection, struggle with ill-fitting masks that weren't properly fit-tested, or waste precious minutes donning complicated PAPR systems while patients' conditions deteriorate.

• Rapid deployment . Quick donning and doffing for time-critical emergency responses

• Ambulance mobility . No restrictive tubes or separate units when working in confined ambulance spaces

• Universal protection . No fit testing means immediate protection for diverse EMS teams regardless of facial structure

• Clear communication . Enhanced ability to communicate with patients and team members during emergency care

• Field durability . Integrated design less susceptible to damage in unpredictable field environments

• System monitoring . HUD LEDs provide immediate visual confirmation of protection status during critical situations

CAPR vs PAPR. Why controlled air is the preferred choice

Understanding CAPR respirator cost and value

While the initial investment in a CAPR respirator system obviously exceeds disposable options and is close in price to PAPR systems, the long-term value is clear:

Reduced administrative costs

Elimination of fit testing
saves time and resources

Increased efficiency

Enhanced mobility and comfort leads to greater productivity

Extended lifespan

Durable construction with
reusable components

Lower lifetime costs

Significant savings compared to ongoing
N95 mask programs