Explore our flagship clinical-grade aesthetics architectures designed for next-generation skin-tightening, transdermal delivery, and structural rejuvenation.
Facial Anti-aging • Scalp Care • Body Shaping
We are your clinical-engineering partner in deploying high-efficacy, highly competitive skincare instruments globally.
As a high-tier developer specializing in at-home micro-current, radio-frequency, and transdermal sonic systems, EARTS bridges medical aesthetics technology with daily consumer usability. Backed by over 300+ structural and utility patents alongside 600+ stringent international certifications (including CE, NMPA, FDA compliance paths, and RoHS), we engineer all-in-one product pathways encompassing initial raw industrial rendering, precision tool development, component architecture, customized embedded software development, compliance validation, and full-scale cleanroom mass production.
Our global operational map covers highly technical target markets across Japan, South Korea, Western Europe, and North America. Trusted explicitly by medical-spa conglomerates and direct-to-consumer digital brands alike, EARTS has forged scalable long-term R&D partnerships with multiple Fortune 500 corporations, continuously advancing safety guidelines and power delivery benchmarks within the home beauty technology arena.
Understanding B2B procurement behaviors, compliance matrix demands, and technical parameters expected by global enterprise buyers.
Modern corporate buyers no longer look for single-purpose face rollers. High-yield procurement mandates frameworks that seamlessly integrate 1MHz-3MHz multi-polar Radio Frequency (RF), Electrical Muscle Stimulation (EMS), high-frequency ultrasonic mechanical exfoliation, and specific wavelength Light Emitting Diode (LED) phototherapy into a single ergonomic handpiece to maximize SKU profitability and user compliance.
Professional global brands require verifiable proof of energy uniformity, thermal control safety (such as integrated NTC thermistors sampling at 100 times/second), and precise micro-current waveforms. Procurement departments favor factories capable of providing oscilloscope reports and contact-impedance safety profiles rather than superficial aesthetic housing designs.
Enterprise clients necessitate robust supplier contingency maps. This includes assurance of localized component sourcing, automotive-grade ISO 9001 and ISO 13485 manufacturing line setups, automated visual inspection (AOI) for PCBs, and dual-source strategies for microprocessors to protect marketing launch timelines from macro supply chokepoints.
Engineered configurations optimizing targeted therapeutic pathways for advanced consumer cosmetic portfolios.
Designed to counter structural dermis degradation, our premium face-lifting frameworks leverage dynamic, phase-controlled RF algorithms targeting the collagen-dense reticular dermis layer. Equipped with gold-plated contact matrices and intelligent impedance recognition, these units deliver customized thermolysis safely, stimulating immediate collagen triple-helix contraction and sustained neocollagenesis.
Utilizing ultra-soft, medical-grade FDA-compliant biocompatible silicone node matrices, our sonic cleansing range delivers precise micro-vibrational shear waves up to 12,000 RPM. This fluid-force kinetic action dislodges deep follicular sebaceous plugs and particulate air pollutants without damaging fragile epidermal barrier lipids.
Targeting stubborn deep adipose tissue layers, these industrial-grade handheld systems apply low-frequency acoustic cavitation waves (40kHz) to induce structural micro-cavities within subcutaneous fat cells, disrupting adipocyte membranes safely. Complemented by synchronized mechanical vacuum rolling and deep thermal RF, the lysed lipolytic byproducts are accelerated through natural lymphatic clearance paths.
Featuring ultra-precise ceramic heating elements (PTC) paired with specialized high-velocity atomization nozzles, our steamers generate highly optimized particulate vapor stream matrices measuring sub-micron dimensions. These ultra-small nano-ionic steam droplets effortlessly penetrate the stratum corneum structure, hydrating depleted lipid bilayers within minutes.
Addressing global follicular recession demographics, our scalp treatment hardware deploys precise Low-Level Laser Therapy (LLLT) operating at a scientifically proven 650nm wavelength. This concentrated coherent light stimulation targets hair follicle stem cells, re-triggering the transition from the inactive telogen stage back into active anagen growth cycles.
Engineered with premium medical-grade stainless steel blade actuators, these ergonomic instruments vibrate at intense frequencies ranging from 24,000Hz to 28,000Hz. When applied over damp skin tissues, they induce atomized water cavitation, vaporizing dead superficial keratin layers and effortlessly expressing trapped blackheads from open pores.
How EARTS translates raw conceptual brand layouts into high-performing, certified retail-ready beauty technology portfolios through structured lifecycle workflows.
Leveraging our proven, baseline hardware platforms allows corporate partners to significantly reduce upfront capitalization costs and compress time-to-market. Our OEM pipeline provides diverse modification levels while ensuring rock-solid baseline stability.
For enterprise brands looking to introduce disruptive aesthetic concepts to the market, our R&D group provides complete blueprint-to-box execution, managing complex sub-assembly electronics and hardware synchronization seamlessly.







An analytical look at emerging consumer beauty technologies shaping global compliance and consumer expectations over the next decade.
Integrating spectral optical colorimeters and skin-impedance data modules within home beauty devices. Real-time diagnostic algorithms can automatically calibrate treatment energy configurations based on local epidermal hydration values.
Migrating clinical fractional thermolysis into highly safe consumer architectures. This advancement optimizes deep columns of thermal energy delivery while preserving outer tissue barriers, significantly compressing traditional wrinkle reduction timelines.
Replacing traditional dome LEDs with ultra-thin graphene semiconductor light matrices. This setup improves energy density uniformity by 40% and eliminates unwanted hot-spot variations across facial contours.
Utilizing Bluetooth low-energy standard pathways to synchronize daily treatment logs with cross-platform skincare apps, allowing virtual dermatologists to review compliance metrics remotely.
Our structured corporate support frameworks ensure seamless communication, rapid validation, and comprehensive supply chain reliability.
Comprehensive requirements analysis and application consulting. Strict NDA protocols ensure patent ideas remain protected prior to engineering schematics execution.
Flexible architectural adaptations covering tailored embedded programming, distinct physical exterior paint coatings, and custom retail packaging aesthetics.
Rapid turnarounds with initial functional validation models shipped within 3 business days. Supports early pilot batch field testing for beta user feedback.
Trackable global logistics management, standard extended hardware warranties, and active customer follow-up to support platform optimization over time.
EARTS Scientific Mission Statement
Our fundamental goal is to bring clinical-grade medical aesthetics technology directly into the home environment, unlocking a safe, effective, and professional personal care experience for global consumers.
We maintain an active presence across major global aesthetic conferences and trade shows, including Cosmoprof Worldwide Bologna, Las Vegas, and Cosmoprof Asia Hong Kong. This continuous industry engagement enables us to track emerging global regulatory shifts and integrate frontline market trends directly into our active production pipelines.
Expert technical answers addressing common manufacturing, compliance, and custom hardware engineering questions from global enterprise buyers.
For custom ODM projects, our structured development cycle spans 60 to 90 days. This timeline includes industrial layout design and mechanical structural engineering (2 weeks), rapid functional prototyping and verification (3 weeks), and hard injection mold tool fabrication and validation trials (4 weeks). Mass production begins immediately following formal client sample authorization.
Our radio frequency configurations feature multi-layered active hardware safety loops. We integrate high-speed NTC temperature monitoring sensors directly beneath the contact electrodes, sampling surface skin temperature at 100 times per second. If localized skin temperature reaches the critical thermal ceiling (Typically 42°C-43°C), the embedded controller modulates or pauses the RF power output within milliseconds to eliminate any risk of epidermal burns.
Yes. Our manufacturing facilities are fully audited and operate under strict compliance with ISO 9001 and ISO 13485 Medical Devices Quality Management Systems. Our production spaces feature specialized dust-free cleanrooms, advanced automated visual inspection (AOI) setups for PCB assembly, and comprehensive parametric testing equipment to ensure every batch meets premium global regulatory expectations.
For standard logo application and custom retail packaging design adjustments, our entry-level MOQ starts at 1,000 units per configuration. For deeper structural custom requirements or bespoke injection-molded casing alterations, the baseline requirement typically starts at 3,000 units, depending on the tool design and processing requirements involved.
We provide full documentation and compliance support for global markets. Our dedicated regulatory affairs team provides comprehensive technical files, design schematics, component declarations of conformity, and factory inspection records required by international testing bodies to accelerate CE, RoHS, FCC, FDA, and NMPA certification pathways for our brand partners.
Review our broader range of skin-resurfacing spatulas, vacuum extraction systems, and specialized mesotherapy solutions available for customization.