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Research results

Easytem is

Established in 2008, Easytem is an ODM/manufacturing company that combines medical device-level quality and innovative beauty tech.
With 100% domestic development and production at the Seoul R&D Center and the advanced production plant in Siheung, Gyeonggi-do, the company is growing together with global partners.

Patents

196

Technology

Registration number 10-2484457

Transdermal drug delivery device using bipolar arc plasma and dual-pulse electroporation

Creates micro-channels in the stratum corneum using BAP and sequentially applies DPEP to improve drug permeability

Technology

Registration number 10-2683380

Energy-based device including roller electrode

Arc-poration roller electrode inducing uniform arc discharge through conductive bearing-based rotating structure

Technology

Registration number 10-2700736

Beauty device using overlapped ultrasound and operating method

Phase-controlled dual ultrasound transducers reinforce amplitude and combine RF for deep thermal effect

Technology

Registration number 10-2683380

Energy-based device including segmented electrode structure

Technology

Registration number 10-2683380

Energy-based device including recessed roller electrode

Design

Registration number 30-1283141

Skin beauty device (Class 28)

Design

Registration number 30-1326621

Skin beauty device (Class 28)

Design

Registration number 30-1282239

Non-contact thermometer (Class 10)

Certifications

49

Skin Beauty Device

Low Voltage Device (LVD), Internally Powered Equipment

Medical Device

Medical stimulation generating apparatus

Veterinary Medical Device

Biological signal measuring device

Awards

4

Medical Device

Jang Young-sil Award Winner

Medical Device

Minister of SMEs and Startups Award

Medical Device

Merit Award for Medical Device Safety Management

Medical Device

Established 10+ Mega Brand ODM Partnerships

Publications

2

Publication

Effect of Pulsed Electromagnetic Field Stimulation on the Growth Plate of the Tibia Bone of Rats: An In Vivo Study

Publication

Highly Efficient Transfection Effect of Transdermal Drug Delivery via Skin by Hybrid Bipolar Arc Plasma Stimulation and Dual Pulse Electroporation Technique (IEEE Access, Vol.9, pp.24071-24078, 2021, doi:10.1109/ACCESS.2021.3056723)