Portable, simple and effective handheld cryotherapy device for accurate
treatment of skin lesions
To apply the dispenser tip is touched to the skin and activated by a
finger trigger.
An alternative solution for cryosurgery without the cost and safety
complications associated with liquid nitrogen
Extremely precise application, with a constant temperature of -89° C at
the base of probe
Ergonomic design; fits in the hand like a pen
Non bleeding treatment
Practically painless, no anaesthesia required
Sterilisable tips
The device can be safely kept in a drawer ready for use at any time
Code: CRYOALFA
CryoPen B
Extremely accurate, the cryopen offers rapid, easy and very effective
skin lesion treatment
The Cryopen accurately delivers an ultra cold, highpressure N2O jet
directly to skin lesions (with a penetration rate of 1mm per 5 seconds),
making treatment very fast and effective
The Nitrous oxide (N2O) destroys tissue by freezing the inter-cellular
fluid and forming ice shards and crystals that rupture the cell membrane,
destroying the cell without harming any of the surrounding healthy tissue
Included cartridges can last for 200 treatments or more
Extremely accurate, the cryopen offers rapid, easy and very effective
skin lesion treatment
The Cryopen accurately delivers an ultra cold, highpressure N2O jet
directly to skin lesions (with a penetration rate of 1mm per 5 seconds),
making treatment very fast and effective
The Nitrous oxide (N2O) destroys tissue by freezing the inter-cellular
fluid and forming ice shards and crystals that rupture the cell membrane,
destroying the cell without harming any of the surrounding healthy tissue
Included cartridges can last for 200 treatments or more
Includes:
2 applicators
Forceps for cartridge opener / filter placement
Carrying case
6 x 23.5g cartridges
Code:
Model:
CRPENBE
Cryopen B
CRPENBC6E
Cryopen B Cartridges
Code: CRPENBE
Cryospray
100% Australian-designed and manufactured
Quickly and easily treat a range of dermal problems
Base Stand ring provides a greater surface area for instrument stability
when not in use