OUR TECHNOLOGY

Two products,
one needle-free technology

SHARED TECHNOLOGY

Precision and user experience,
designed together

Our solenoid-based precision microjet technology combines an energy-focusing nozzle with cooling designed for continuous use. It forms the foundation of two products for medical and aesthetic settings.

All-Jet and INVERA both feature an energy-focusing nozzle and dual cooling system. All-Jet also includes a 40.68 MHz radiofrequency handpiece.

CORE DESIGN

Three core designs

Energy-focusing nozzle technology diagram

01, PRECISION NOZZLE

Energy-focusing nozzle

Fluid-dynamics-based downward taper, Minimized vortices, Three interchangeable nozzles (150/200/250 μm)

All-Jet, Compatible across drug viscosities
RF handpiece technology diagram

02, RADIO FREQUENCY

RF handpiece (All-Jet)

A 40.68 MHz radiofrequency handpiece for All-Jet

Improved drug delivery efficiency
Dual cooling system technology diagram

03, DUAL COOLING

Dual cooling system

Primary solenoid immersion cooling, Secondary cooling with four heat pipes and a Peltier element, Maintains 40°C or below

Over one hour of continuous operation
View patent applications

OPERATING PRINCIPLE

How microjet delivery works

STEP 01Microjet delivery, step 1

Instant jet delivery

Solenoid-based high-pressure energy delivers a brief jet of medication.

STEP 02Microjet delivery, step 2

Delivery into the skin

The medication sprayed as a microjet is delivered into the skin layers.

STEP 03Microjet delivery, step 3

Even delivery

The focusing nozzle is designed to support stable delivery of active ingredients.

STEP 04Microjet delivery, step 4

Broader applications

One platform expands the possibilities for applications to the skin, scalp and beyond.

CONTACT IPEUN

Discover more about
IPEUN’s technology and products

Contact us
MAIL[email protected]TEL031-522-4764

Head office190 Galmaejungang-ro, Guri-si, Gyeonggi-do, Building D, 4F, Suite 402, Republic of Korea