JUNERA TECHNOLOGY
A New Era in
Tissue Remodeling
Junera is a revolutionary subdermal laser powered by dual-wavelength technology, redefining aesthetic medicine with minimally invasive tissue remodeling for both face and body.
How It Works
Anatomy Driven Wavelength Selection
Selecting the optimal wavelength requires precise anatomical assessment rather than procedural convention. The Junera platform enables targeted wavelength deployment based on dominant tissue pathology—adipose burden, dermal laxity, or combined defects—ensuring treatment specificity and predictable remodeling outcomes in laser-assisted soft tissue procedures.
Access
A micro-incision (1–2mm) provides entry for the ultra-thin fiber optic. Under local anesthesia, the procedure is comfortable and minimally invasive.
Deliver
The fiber delivers dual-wavelength laser energy directly to the subdermal plane — 980nm targets fat cells while 1470nm stimulates collagen production simultaneously.
Remodel
Controlled thermal energy triggers initial tissue contraction and long-term neocollagenesis. Results develop over 3–6 months and last 2–5 years.
The Science
Chromophore Absorption Spectrum
Junera's dual wavelengths are precisely selected to match the peak absorption of their target chromophores — 980nm for fat and hemoglobin, 1470nm for dermal water — ensuring maximum energy transfer with minimal collateral tissue effect.
Data: Hale & Querry 1973, Prahl 1999, Jacques 2013, van Veen 2005 — Oregon Medical Laser Center
EraLift
Tighten & Rejuvenate — The 1470nm wavelength targets intracellular water in the dermis, stimulating neocollagenesis and delivering measurable skin tightening with long-lasting results.
Wavelength
Dermis Density Increase
Wrinkle Volume Decrease
Mechanism of Action
Peak absorption by dermal water triggers controlled thermal contraction of collagen fibers, producing initial tissue contraction followed by robust neocollagenesis over 3–6 months.
Treatment Areas
Nilforoushzadeh et al. — 48.75% dermis density increase
EraSculpt
Sculpt & Contour — The 980nm wavelength is selectively absorbed by adipose tissue and hemoglobin, enabling precise fat reduction and body sculpting through targeted thermal lipolysis.
Wavelength
Patient Satisfaction
Procedures Studied
Mechanism of Action
Selective chromophore absorption disrupts adipocyte cell membranes while creating precise vascular coagulation — reducing fat volume with minimal bruising and faster recovery compared to traditional liposuction.
Treatment Areas
Reynaud et al. — 534 procedures, 80% satisfaction
EraDefine
Contour + Tighten — The simultaneous delivery of both wavelengths enables comprehensive contour refinement — reducing fat while tightening skin in a single pass for natural-looking results.
980NM + 1470NM
Patient Satisfaction
Result Duration
Mechanism of Action
Dual-wavelength synergy delivers 980nm for fat disruption and 1470nm for collagen contraction simultaneously — achieving comprehensive tissue remodeling that neither wavelength can accomplish alone.
Treatment Areas
Goldman et al. — Dual-wavelength synergy for enhanced tissue remodeling
Side-by-Side
Compare Era Modes
See how EraLift, EraSculpt, and EraDefine differ across wavelength science, treatment areas, clinical evidence, and ideal patient profiles.
| Feature |  1470nm |  980nm |  980nm + 1470nm |
|---|---|---|---|
| Wavelength | 1470nm | 980nm | 980nm + 1470nm |
| Primary Target | Tighten & Rejuvenate | Sculpt & Contour | Contour + Tighten |
| Mechanism | Peak absorption by dermal water triggers controlled thermal contraction of collagen fibers, producing initial tissue contraction followed by robust neocollagenesis over 3–6 months. | Selective chromophore absorption disrupts adipocyte cell membranes while creating precise vascular coagulation — reducing fat volume with minimal bruising and faster recovery compared to traditional liposuction. | Dual-wavelength synergy delivers 980nm for fat disruption and 1470nm for collagen contraction simultaneously — achieving comprehensive tissue remodeling that neither wavelength can accomplish alone. |
| Common Fiber Sizes | 400μm (periorbital), 600μm (face/neck) | 600μm (submental), 800μm (body) | 400μm, 600μm, 800μm (all sizes) |
| Typical Recovery | 3–7 days | 5–10 days | 5–10 days |
| Results Timeline | Initial tissue contraction + progressive remodeling over 6+ months | Progressive over 3–6 months | Initial contouring + progressive tightening over 3–6 months |
| Key Study | Nilforoushzadeh et al. — 48.75% dermis density increase | Reynaud et al. — 534 procedures, 80% satisfaction | Goldman et al. — Dual-wavelength synergy for enhanced tissue remodeling |
| Key Treatment Areas | PeriorbitalForeheadCrow's FeetNasolabial FoldsNeckFull Face | ArmsAbdomenThighsFlanksButtocksSubmental | Jawline & JowlsSubmentalNeckMidfaceArmsAbdomen |
Precision Fiber Optics
Right Size. Right Area.
400μm Fiber
Ultra-thin fiber designed for the delicate periorbital region — upper and lower eyelids, brow area, and crow's feet. Compatible with all Junera treatment modes.
600μm Fiber
Versatile mid-range fiber for face, neck, submental, and all other non-periorbital facial areas. The most commonly used fiber across all treatment modes.
800μm Fiber
High-efficiency fiber for body treatments — arms, abdomen, thighs, flanks, and buttocks. Optimized for larger treatment volumes.
Device Features
The JUNERA Difference
Every detail of the Junera platform is engineered for clinical precision, provider comfort, and seamless practice integration.
Audible Energy Delivery
Built-in audio cues signal precise energy delivery, allowing providers to maintain focus on technique and patient comfort without needing to watch the screen.
Surgical-Grade Fibers
Flexible, medical-grade bare fibers move effortlessly beneath the skin, delivering uniform energy for controlled heating and smoother treatment results.
Chromophore-Specific Wavelengths
Dual 980nm and 1470nm wavelengths precisely target fat and dermal water, optimizing contouring and collagen contraction with minimal downtime.
Intuitive LED Touchscreen
The touchscreen interface provides guided prompts and audible feedback, creating a seamless, user-friendly experience for every provider.
Micro Entry Points
Tiny, discreet entry points allow for a minimally invasive approach — reducing trauma, scarring, and downtime while ensuring consistent access to treatment zones.
Preceptorship-Based Training
Every Junera provider receives hands-on training with experienced physician instructors to ensure confidence, safety, and consistent clinical outcomes.
EraDefine
Wavelength Fusion
Junera leverages 980nm and 1470nm energy simultaneously to sculpt and tighten with precise control. By targeting both fat and dermal structures at the same time, treatments refine facial and body contours while enhancing skin support for a visibly lifted, sharper look.
Harmonized Energy Delivery
Smooth, even contouring with more predictable outcomes and improved patient comfort.
Structural Improvement
Simultaneous sculpting and tightening helps prevent post-treatment laxity.
Natural-Looking Results
Contouring that complements facial anatomy and enhances definition rather than altering it.
PEER-REVIEWED STUDIES
LARGEST STUDY (PROCEDURES)
DERMIS DENSITY INCREASE
ALL FITZPATRICK SKIN TYPES
Ready to Transform Your Practice?
Discover how the Junera platform — backed by Onyxa On Demand, our comprehensive post-sale support ecosystem — can elevate your treatment offerings with three powerful modes, hands-on preceptor training, a dedicated Concierge, and 24/7 digital resources.
Junera is cleared under FDA 510(k) K212734 for soft tissue coagulation and ablation. The Junera procedure is defined as subdermal laser tissue remodeling. The 1470nm wavelength aesthetic benefits are supported by clinical studies. Individual results may vary.