[Good for swelling, bruising, and soothing] Cryo management

Cryo Management Guide

Cryo soothing management goes beyond simple cold compresses, offering a systematic approach to aid skin recovery.

After various skin treatments like lasers, radiofrequency, peeling, or MTS, residual heat may remain on the skin.

This sensation of heat can go beyond mere discomfort and affect the skin.

If skin temperature remains high, it can lead to inflammatory reactions, increased moisture loss, and potential stimulation of melanin cells.

This can be a contributing factor to redness, hyperpigmentation, or unexpected skin issues.

In such situations, cryo soothing management can help make the skin more comfortable.

However, simply applying cold compresses may not be enough to achieve sufficient soothing effects.

It is important to set the appropriate temperature for skin physiology, utilize suitable application ingredients for your skin type, and manage treatment considering individual skin conditions.

Features of Management 1. Precise Temperature Control and Penetration Ability

Precisely adjustable cooling temperatures (ranging from -10 to 5 degrees Celsius)

We use the 'i-COOL plus' device to induce deep soothing effects in the skin.

When the temperature of the dermis is appropriately lowered, it can help improve the speed of skin recovery.

*Reasons why maintaining skin temperature below 8 degrees Celsius is recommended

Unlike general cold compresses, precisely controlling the cooling temperature (-10 to 5 degrees Celsius)

Cryo management is designed to deliver soothing effects even to the dermal layer through this temperature control function.

1) Temperature at which vasoconstriction begins: Approximately below 10℃

When skin temperature drops below 10℃, blood vessels in the epidermis and dermis gradually begin to constrict.

This can help alleviate redness, swelling, and sensations of heat.

2) Point influencing the suppression of inflammatory cytokines: Below 8℃

When skin temperature drops below 8 degrees Celsius, key signaling substances that cause inflammatory reactions,

such as IL-1, IL-6, and TNF-α, have been shown in research to have their secretion modulated.

3) Contribution to pain relief by reducing the speed of peripheral nerve impulse transmission

When skin temperature drops below 8 degrees Celsius, the speed of electrical signal transmission at peripheral nerve endings slows down, which can help reduce stinging or throbbing discomfort.

Features of Management 2. Utilization of Customized Application Ingredients

To achieve effects beyond a simple cold compress,

it is recommended to apply gels and ampoules suitable for each individual's skin condition before cryo management.

1. Ultrasound Gel or Aloe Gel

LDM-specific ultrasound gel: High electrical conductivity helps cooling efficiency and facilitates heat transfer during device use.

Hypoallergenic Aloe Gel: Contains anti-inflammatory and soothing ingredients to provide comfort for sensitive or inflamed skin.

2. Ampoule Combinations: Customized Formulas Selectable by Skin Type

Whitening Ampoule: Helps reduce hyperpigmentation and can be considered for application after melasma or blemish treatments.

Soothing Ampoule: Contains ingredients that comfort the skin and can contribute to reducing inflammatory reactions.

Hydrating Ampoule: Hyaluronic acid-based, helps moisturize the skin barrier.

Features of Management 3. Time and Temperature Control According to Soothing Purpose

1. For soothing management aimed at rapid heat sensation reduction and alleviation of redness/swelling

In this case, management can be performed within 5 minutes at a set temperature ranging from -6°C to -8°C, focusing on controlling inflammatory reactions with a strong cooling effect in a short period.

2. When gradual soothing and stable, prolonged cooling are required

If managed for more than 5 minutes at a temperature between -3°C and -6°C, it can help skin recovery through stable cooling without burdening the skin.

Recommended for

• This can be considered when the skin experiences persistent heat after invasive procedures such as Fraxel, MTS, or RF.
• It may be suitable when redness or sensitive skin conditions cause post-procedure redness to persist for a long time.
• This can be recommended for those concerned about post-inflammatory hyperpigmentation that may occur after pigment laser or IPL treatments.
• It can be beneficial for those with problematic skin who frequently experience inflammatory reactions or wish to control excessive sebum secretion.
• It is considered for those sensitive to heat stimulation, where skin reactions easily appear after treatment.

Features of this treatment

• It can contribute to skin soothing and stabilization.
• It can help reduce the burden of pain, bruising, swelling, and inflammatory reactions that may occur after treatment.