ANYCAPE

30 - 50 MINUTES OF BREATHING

30-50

Breathing Time (Minutes)

10

Time to Activate and Don (Seconds)

2.4

Weight (Kilograms)

Person wearing a protective breathing apparatus and orange reflective clothing.

Anycape is a compact, lightweight (2.4 kg), and flame-retardant breathing apparatus designed for simplicity, speed and extended operation during rapid deployment in Immediately Dangerous to Life or Health (IDLH) situations. Anycape's patented CO2 absorption heat exchange technology, prevents the device from overheating, making sure supplied air is maintained at breathable temperatures, which in turn drives up breathing time.

Securing the longest breathing time domestically and internationally of more than 30 minutes. Anycape can be used for up to 50 minutes or more depending on individual breathing rate*.

Teal quotation mark symbol on black background

No separate operation required. Quick evacuation possible by donning and auto activation within 10 seconds.

Two teal quotation marks on a black background.

Made from highly resistant material and also flame retardant to ensure wearer safety from external flames.

Turquoise stylized quotation marks on black background

Ergonomically designed, light weight at 2.40 kg and highly visible. Made to be easily carried, stored and worn.

Teal quotation marks on black background
Emergency escape breathing device with a silver protective hood and a clear visor, labeled "ANYCAPE."

Anycape was developed to supplement oxygen and absorb carbon dioxide in a closed structure, allowing you to breathe safe air with the same composition as the atmosphere.

Salix Anycape Technology

5% of oxygen is used during inhalation, and the remainder is expelled through exhalation.

Exhaled breath is trapped inside the Anycape and consumed oxygen is replenished.

The emitted carbon dioxide is removed through a CO2 adsorbent.

The air created in the re-breather bag is inhaled by the wearer through the breathing tube and then expelled through exhalation.

By repeating this process, breathing circulation is achieved.

Close-up of an oxygen pressure gauge with connected hoses.
The Anycape O2 regulator is a device that regulates the pressure so that oxygen is charged at a high pressure of 200 bar, usually the regulated maximum charging pressure for oxygen is discharged at a rate of about 2 L per minute.
Anycape's self-developed small regulator has an integrated structure of a pressure gauge, pressure reducer, and valve, contributing to miniaturisation and weight reduction of the Anycape.
Stable oxygen supply made possible with ultra-precision 3/1000mm workmanship.

O2 Regulator Design and Specification

Oxygen cylinder with pressure regulator and gauge
Illustration comparing sizes of Salix Anycape and similar compressed oxygen products. Salix Anycape measures 164mm, while similar products measure 464mm. Shows two compressed oxygen tanks side by side.

Auto Activation

The safety tab connecting the product case and the automatic operation device separates when the product is taken out. 
The safety tab connected to the automatic operation device separates and grabs the neck in contact with the valve.  
Once it is pulled, the safety pin engages with the gear-shaped valve, rotates, and an immediate oxygen supply is delivered.
Pressure regulator with gauge and red knob
Technical diagram of a mechanical gear and cable system with labeled components.

Canister Cooling Technology

(Patented CO2 Absorption Heat Exchange Technology)

Aluminium material with high thermal conductivity transfers cold air from the cylinder to the canister. 
Cold oxygen moves to the re-breather bag, alleviating the exothermic reaction with the canister.
Special structure separates the intake and exhaust, preventing eddy currents to alleviate heat generation reaction.
Use of the most efficient carbon dioxide absorbent, alleviating exothermic reaction.
Compressed air unit with tank and pressure gauge

Cross-sectional diagram of a mechanical component or device, showcasing internal parts and assemblies with various colors indicating different parts.