TECHNOLOGY A
XERF
RADIOFREQUENCY
TECHNOLOGY B
SOFWAVE
ULTRASOUND
XERF
/
SOFWAVE
Two skin-tightening technologies. Two different approaches to energy.
01 / THE 30-SECOND ANSWER
XERF vs. Sofwave: What's the Main Difference?
WHAT IS THE DIFFERENCE BETWEEN XERF AND SOFWAVE?
XERF uses radiofrequency (RF) energy; Sofwave uses ultrasound energy. XERF is a multifrequency monopolar RF system (6.78 MHz + 2 MHz) delivering energy at multiple tissue depths. Sofwave uses SUPERB™ (Synchronous Ultrasound Parallel Beam) technology targeting the mid-dermis at approximately 1.5 mm. Both belong to the non-invasive energy-treatment landscape, but they are not technologically interchangeable. Neither is universally better — the appropriate choice depends on treatment area, anatomy, desired outcome, expectations, and clinical assessment.
XERF
ENERGY
Radiofrequency
CATEGORY
Non-invasive energy-based skin treatment
SOFWAVE
ENERGY
Ultrasound
CATEGORY
Non-invasive energy-based skin treatment
For patients in Dallas and Highland Park researching xerf vs sofwave, the most important thing to understand is this: these two treatments may appear in the same conversation, but they do not use the same technology. XERF delivers radiofrequency energy through a multifrequency monopolar system. Sofwave delivers ultrasound energy through parallel beam transducers. The energy type is different. The delivery mechanism is different. The verified treatment depths are different. The FDA-cleared indications differ. And the treatment protocols differ. XERF vs Sofwave Dallas is not a question of which machine wins — it is a question of which technology fits the concern.
They may exist in the same conversation. They do not use the same technology.
02 / SIDE-BY-SIDE
The Side-by-Side Comparison
VERIFIED AS OF PUBLICATION. REGULATORY CLEARANCES AND MANUFACTURER SPECIFICATIONS MAY CHANGE. ALWAYS CONFIRM CURRENT INFORMATION WITH A QUALIFIED PROVIDER.
03 / WHAT IS XERF
What Is XERF?
XERF is a non-invasive skin-tightening system manufactured by Cynosure Lutronic. It is the first multifrequency monopolar radiofrequency treatment, combining two distinct frequencies — 6.78 MHz and 2 MHz — in a single device. The 6.78 MHz frequency addresses the upper dermis, supporting collagen and elastin remodeling that may improve surface texture and fine lines. The 2 MHz frequency reaches deeper structural layers, including the fibrous septa and tissue near the subcutaneous junction. This dual-frequency design allows energy delivery at multiple tissue depths rather than a single fixed depth.
XERF incorporates a built-in cryogen (pulse) cooling system that delivers a cooling pulse alongside each energy pass, which per the manufacturer allows treatment without numbing for many patients. The treatment is non-invasive — no needles, no incisions, and no required recovery period. XERF received U.S. FDA clearance for non-invasive skin tightening. It had previously launched internationally in Korea, Japan, Hong Kong, Singapore, and Canada. For a deeper treatment overview, see XERF at JOLA Dallas and What Is XERF?.
04 / WHAT IS SOFWAVE
What Is Sofwave?
Sofwave is a non-invasive skin-tightening system manufactured by Sofwave Medical Ltd. It uses SUPERB™ (Synchronous Ultrasound Parallel Beam) technology, which delivers ultrasound energy through seven parallel, non-focused transducers. These transducers simultaneously create controlled 3D cylindrical thermal zones in the mid-dermis at a verified depth of approximately 1.5 mm. The thermal response stimulates collagen remodeling. An integrated cooling system protects the epidermis during energy delivery.
Sofwave is FDA-cleared for several indications: improving facial lines and wrinkles, lifting the eyebrow, lifting lax submental tissue (beneath the chin), lifting neck tissue, improving the appearance of skin laxity on the upper arm, treating acne scars, and providing short-term improvement in the appearance of cellulite. The manufacturer positions Sofwave as a single-treatment procedure lasting approximately 30–45 minutes.
JOLA's clinical focus includes XERF; Sofwave is discussed here for educational comparison. JOLA does not imply that it offers Sofwave. Patients interested in Sofwave should verify availability with a qualified provider.
05 / RF VS ULTRASOUND
The Energy Is Different.
Understanding radiofrequency vs ultrasound skin tightening begins with recognizing that these are fundamentally different energy modalities. Radiofrequency uses electromagnetic waves to create thermal effects in tissue. Ultrasound uses acoustic (sound) waves to deliver energy. Both can raise tissue temperature and stimulate biological responses — but the physics, delivery mechanisms, and tissue interactions differ.
Radiofrequency
Radiofrequency energy delivers controlled thermal effects through electromagnetic waves. As tissue absorbs RF energy, it generates heat. This controlled heating can stimulate collagen contraction and encourage the body's own collagen production over time.
Ultrasound
Ultrasound energy delivers acoustic (sound wave) energy rather than electromagnetic energy. Sofwave's SUPERB™ technology uses parallel, non-focused ultrasound beams to create controlled thermal zones at a specific tissue depth, targeting the mid-dermis.
SAME GOAL CATEGORY DOES NOT MEAN SAME MECHANISM.
DON'T CHOOSE THE ENERGY BEFORE YOU UNDERSTAND THE CONCERN.
EXPLORE AESTHETIC CONSULTATION06 / DOES TECHNOLOGY MATTER
Does the Technology Actually Matter?
Yes — but device name alone does not determine the result. The technology matters because different energy modalities interact with tissue differently. RF and ultrasound have distinct physical properties, delivery mechanisms, and depth profiles. But the outcome of any energy-based treatment also depends on patient anatomy, treatment area, baseline laxity, device settings, protocol, operator experience, the desired magnitude of change, expectations, and individual biological response.
A skilled provider understands that the device is one variable among many. Two patients with the same device may have different outcomes because their anatomy, laxity, and biological response differ. This is why a consultation matters — and why comparing xerf vs sofwave on specifications alone, without a clinical assessment, can lead to an incomplete decision.
07 / WHICH GOES DEEPER
Which Goes Deeper: XERF or Sofwave?
XERF is designed to deliver energy at multiple tissue depths — the 6.78 MHz frequency addresses the upper dermis, while the 2 MHz frequency reaches deeper structural layers including the fibrous septa. Sofwave targets a verified depth of approximately 1.5 mm in the mid-dermis. The different depth profiles reflect different design intentions, not a quality ranking.
It is important not to oversimplify "deeper equals better." Different technologies intentionally target different tissue depths because different concerns originate at different layers. A deeper energy target may be relevant for structural support; a mid-dermal target may be appropriate for collagen remodeling and skin quality. The relevant question is which depth is appropriate for the specific concern — not which device reaches the deepest.
DEPTH IS A DESIGN VARIABLE. NOT A QUALITY SCORE.
08 / THE DEPTH MAP
Skin Is Not One Layer.
SURFACE
Visible skin surface
EPIDERMIS
Outermost living skin layer
DERMIS
Collagen- and elastin-rich layer
SUBCUTANEOUS TISSUE
Fat and fibrous septa
DEEPER SUPPORTING STRUCTURES
SMAS and deeper tissue
EDUCATIONAL DIAGRAM — ACTUAL DEPTHS VARY BY INDIVIDUAL. NOT A CLINICAL ASSESSMENT TOOL.
09 / JAWLINE
XERF vs Sofwave for the Jawline
XERF vs Sofwave for the jawline is one of the most commercially significant comparisons in the best skin tightening treatment Dallas conversation. Jawline appearance may involve multiple factors: skin firmness, jowling, submental fullness, chin structure, mandibular structure, and volume relationships. Before comparing devices, the question is which of these factors is actually creating the concern.
XERF is commonly used for jawline-area skin tightening and may support structural firmness where the concern involves skin laxity. Sofwave's specific clearance scope for the jawline area should be verified with a provider — Sofwave is FDA-cleared for facial lines and wrinkles, eyebrow lifting, submental lifting, and neck lifting, but the jawline as a distinct treatment zone may depend on how the provider applies the device's cleared indications.
Neither device creates bone structure or restores volume. For patients whose jawline concern is primarily structural or volume-related, Facial Balancing or injectable support may be more relevant. For jawline-specific tightening context, see XERF for Jawline Tightening.
10 / JOWLS
XERF vs Sofwave for Jowls
Jowls are multifactorial. They involve skin laxity, tissue position, volume changes, and structural factors. Skin tightening — whether RF or ultrasound — may address the skin-firmness component, but it should not be expected to "remove" jowls or correct structural tissue descent. Neither XERF nor Sofwave should be positioned as a jowl-removal treatment.
The clinical assessment determines the primary contributor to a patient's jowls. If laxity is primary, energy-based tightening may be discussed. If tissue position or volume is primary, a different approach — such as XERF for Jowls, injectables, or surgical evaluation — may be more appropriate.
11 / NECK
XERF vs Sofwave for the Neck
Neck tightening Dallas is a major search topic, and xerf vs sofwave for the neck is a frequent comparison. Neck concerns may involve skin laxity, platysmal muscle banding, submental fullness, and tissue position. XERF is commonly used for neck-area treatment. Sofwave is FDA-cleared for lifting lax submental tissue and neck tissue, which is a verified indication.
Neither device addresses muscle banding or significant submental fat. If the primary concern is platysmal banding, Botox or surgical evaluation may be more appropriate. If fullness is the primary concern, a different category may be needed. For XERF-specific neck context, see XERF for Neck Tightening.
12 / LOWER FACE
XERF vs Sofwave for the Lower Face
The lower face is broader than the jawline alone. It encompasses skin laxity, jowling, volume changes, perioral changes, chin and jaw structure, and the submental area. Both XERF and Sofwave may be discussed for lower-face concerns, but the right choice depends on which anatomical layer is creating the concern. Neither device restores volume or creates bone structure. The best non surgical skin tightening dallas decision is always concern-led, not device-led.
13 / BROW
XERF vs Sofwave for the Brow
This section requires particular precision. Sofwave is FDA-cleared for lifting the eyebrow — a specific, verified regulatory indication. XERF's brow-specific indication should be verified with a provider. This is a verified area where the technologies differ in regulatory clearance, and it would be inaccurate to obscure this difference to favor the device JOLA offers.
A good comparison should help a patient identify the right category, even when the answer is not the device offered by the practice. Patients specifically seeking brow lifting should discuss whether Sofwave's cleared indication is relevant to their anatomy and goals. For eye-area context, see our XERF for hooded eyes and brow decision guide.
14 / EYE AREA
XERF vs Sofwave for the Eye Area
The eye area is not a single zone. It includes the brow, upper eyelid, lower eyelid, orbital region, and temple. Each of these has distinct anatomy and safety considerations. Direct treatment of the periorbital area — including eyelids — should not be assumed for either device without current manufacturer guidance and clinical protocol. Patients with eye-area concerns should discuss whether energy-based treatment, Botox, laser, filler, or surgical evaluation is most appropriate. See XERF Under the Eyes and XERF for Hooded Eyes.
15 / BODY
XERF vs Sofwave for the Body
Sofwave is FDA-cleared for improving the appearance of skin laxity on the upper arm and for short-term improvement in the appearance of cellulite. XERF's body-specific indications should be verified with a provider. Neither device should be framed as a body-contouring or fat-loss treatment. Patients with body concerns should discuss verified treatment options with a qualified provider rather than assuming either device is appropriate for body applications.
16 / COLLAGEN
Which Is Better for Collagen?
Both XERF and Sofwave may be discussed in relation to collagen remodeling and neocollagenesis. XERF uses RF energy to create a thermal tissue response; Sofwave uses ultrasound to create controlled thermal zones in the mid-dermis. Both mechanisms may stimulate collagen production as part of the body's natural healing response.
However, "builds collagen" does not automatically mean equivalent biological effects. No direct comparative evidence proves that one technology builds more collagen than the other. Collagen response is biological and varies by individual, treatment area, and protocol. Claiming one device is a "better collagen treatment" without comparative clinical evidence would be misleading.
COLLAGEN IS A BIOLOGICAL RESPONSE. NOT A DEVICE SCOREBOARD.
17 / DOES XERF MELT FAT
Does XERF Melt Facial Fat?
XERF is a skin-tightening treatment, not a fat-reduction device. Radiofrequency energy used for skin tightening should not be confused with technologies specifically designed for intentional fat destruction. The thermal energy delivered by XERF is intended to stimulate collagen and tissue firmness, not to destroy fat cells. Patients with low facial volume should discuss concerns during consultation. For a detailed discussion, see Does XERF Melt Facial Fat?.
18 / DOES SOFWAVE MELT FAT
Does Sofwave Melt Facial Fat?
Sofwave is not designed or marketed as a fat-reduction device. It uses ultrasound energy to target the mid-dermis for collagen remodeling. Different ultrasound technologies — such as high-intensity focused ultrasound (HIFU) devices designed for fat destruction — behave differently from Sofwave's parallel beam approach. One should not infer fat-loss effects from ultrasound technology in general.
19 / THIN FACE
Which Is Better for a Thin Face?
Patients with low facial volume may be particularly concerned about any treatment that could make the face appear thinner. Neither XERF nor Sofwave should be assumed universally safer for thin faces without evidence. The assessment should consider baseline volume, skin laxity, treatment zone, structural anatomy, and desired result.
In some cases, volume restoration via Sculptra, facial balancing, or dermal fillers may be a more appropriate first conversation than skin tightening. A thin face is not automatically a contraindication to energy-based treatment — but it requires thoughtful, individualized assessment.
20 / AFTER WEIGHT LOSS
XERF vs Sofwave After Weight Loss
Facial changes after weight loss — including from GLP-1 medications — may involve both skin laxity and volume loss. Neither XERF nor Sofwave restores missing facial volume. If the primary concern is laxity after volume loss, energy-based tightening may be discussed. If the concern is volume itself, Sculptra, filler, or facial balancing may be more appropriate. See XERF After Weight Loss / GLP-1 and XERF vs Sculptra.
21 / WHICH TREATMENT HURTS MORE
Which Treatment Hurts More?
There is no reliable head-to-head pain comparison between XERF and Sofwave. Comfort depends on the cooling system, individual pain tolerance, treatment area, device settings, and provider protocol. Both technologies incorporate cooling systems designed to manage epidermal temperature and improve patient comfort. Neither should be called painless. Patients with comfort concerns should discuss options — including the possibility of topical anesthetic — during consultation rather than relying on anecdotal social media comparisons.
22 / THE COMFORT SYSTEMS
The Comfort Systems
XERF
Cryogen (Pulse) Cooling
XERF incorporates a built-in cryogen cooling system that delivers a cooling pulse alongside each energy pass. Per the manufacturer, this allows treatment without numbing for many patients. Sensation is typically described as warming rather than sharp discomfort.
SOFWAVE
Integrated Cooling
Sofwave's SUPERB™ technology includes an integrated cooling system designed to protect the epidermis during ultrasound delivery. Some providers offer topical anesthetic depending on patient preference and treatment area. Sensation varies by individual tolerance and settings.
Comfort systems matter — but they manage sensation, they do not eliminate it. Energy-based treatments deliver thermal energy to tissue, and some sensation is inherent to the mechanism. The cooling technology reduces epidermal temperature and improves tolerability, but the patient will typically feel warmth or heat during treatment.
23 / DOWNTIME
Which Has Less Downtime?
Both XERF and Sofwave are positioned by their manufacturers as having minimal to no downtime. It is important to distinguish downtime — the need to pause normal activities for recovery — from temporary post-treatment effects, which may include mild redness, warmth, or flushing that typically resolve within hours. Neither device requires recovery time in the traditional sense.
However, "zero downtime" should be appropriately qualified. Temporary effects are possible, and individual responses vary. Patients should not schedule energy-based treatment immediately before a major event without discussing timing with their provider. See XERF Downtime.
24 / TREATMENT TIME
How Long Does Each Treatment Take?
Treatment time depends on the area, protocol, and individual treatment plan. Per the manufacturer, a Sofwave treatment typically takes approximately 30–45 minutes. XERF treatment time varies by area and protocol. Neither should be assigned a universal minute count, as sources and protocols differ. The provider determines the appropriate session length during consultation.
25 / TREATMENT NUMBER
How Many Treatments Do You Need?
XERF: Typically performed as a series. The exact number depends on anatomy, degree of laxity, treatment area, and goals. The protocol is determined by the provider. There is no universal number.
Sofwave: The manufacturer positions it as a single-treatment procedure. However, some patients and providers discuss maintenance or additional sessions depending on individual response. The appropriate plan should be determined through consultation.
One should not imply that a single-treatment device is inherently superior to a series-based approach, or vice versa. The relevant question is which protocol is appropriate for the patient's anatomy and goals. See How Many XERF Treatments Do You Need?.
26 / RESULTS TIMELINE
When Do Results Appear?
RESULTS TIMELINE
DAY 0
→XERFTreatment session performed. Immediate effects may include mild warmth or flushing.
SOFWAVETreatment session performed. Mild redness may occur.
EARLY PERIOD
→XERFSkin may feel firmer to the touch. Initial contraction effects.
SOFWAVEEarly response begins. Gradual process.
WEEKS
→XERFCollagen remodeling begins. Progressive improvement in treated areas.
SOFWAVECollagen production stimulated. Improvement developing.
MONTHS
XERFPeak results typically become visible. Continued collagen maturation.
SOFWAVEPer manufacturer, results may continue developing up to 6 months.
INDIVIDUAL RESULTS VARY. BASED ON MANUFACTurer INFORMATION AND GENERAL CLINICAL UNDERSTANDING.
Collagen production is not instant. The biological response to thermal energy develops over weeks and months as collagen remodeling and neocollagenesis progress. See When Will You See XERF Results?.
27 / LONGEVITY
How Long Do Results Last?
Result longevity varies based on age, skin quality, anatomy, treatment area, biological response, ongoing aging, and maintenance strategy. Neither manufacturer guarantees a specific duration. Maintenance treatments may be discussed as part of a long-term plan. See How Long Do XERF Results Last?.
28 / RESULTS EVALUATION
XERF vs Sofwave Results
When evaluating results from any skin-tightening treatment, the right question is not "which gives more lift?" but rather: What was the baseline concern? Was the concern actually laxity? How much change was expected? When was the result evaluated? Was photography standardized? Was another treatment performed concurrently?
These questions matter because a device cannot compensate for a misdiagnosed concern. If the primary issue was volume loss rather than laxity, no amount of energy-based tightening will produce the desired result. If the concern was dynamic movement (wrinkles caused by muscle activity), Botox or Dysport may be more relevant than either XERF or Sofwave.
A DEVICE CANNOT OUTPERFORM A MISDIAGNOSED CONCERN.
29 / NATURAL RESULT
Does One Create a More Natural Result?
Natural-looking outcomes are not an inherent property of a device name. They depend on appropriate indication, treatment magnitude, treatment plan, restraint, facial anatomy, combination strategy, and expectations. A treatment that is well-matched to the concern and conservatively executed will look more natural than an aggressive treatment of the wrong concern — regardless of which device was used. This philosophy is central to how JOLA Dallas approaches every treatment. See The Art of Restraint.
30 / IN YOUR 30s
Which Is Better for People in Their 30s?
Treatment should not be prescribed by age. Younger patients may have little laxity, and some may be exploring prevention or prejuvenation. Some may not need energy-based tightening at all. The decision should be concern-led: if there is genuine early laxity, tightening may be discussed; if the concern is skin quality, laser or skin treatments may be more relevant. See XERF for Prejuvenation and Best Age to Start Aesthetic Treatments.
31 / IN YOUR 40s
Which Is Better in Your 40s?
Patients in their 40s may begin noticing early laxity, jawline softening, neck changes, skin-quality shifts, collagen changes, and volume changes. Treatment choice should still be concern-led. Some patients may benefit from energy-based tightening; others may need volume support first. The clinical assessment determines the primary concern.
32 / IN YOUR 50s AND BEYOND
Which Is Better in Your 50s and Beyond?
Non-invasive tightening can remain relevant for patients in their 50s and beyond, but desired magnitude becomes critical. Non-invasive energy treatments produce a finite degree of change. For patients seeking significant tissue repositioning, surgical options may be the more appropriate conversation. Neither XERF nor Sofwave should be positioned as replacing surgical repositioning for advanced structural changes.
33 / VS ULTHERAPY
XERF vs Sofwave vs Ultherapy
RF
XERF
Multifrequency monopolar radiofrequency. Dual-frequency (6.78 MHz + 2 MHz) targeting multiple tissue depths.
XERF AT JOLA →ULTRASOUND
Sofwave
Synchronous Ultrasound Parallel Beam (SUPERB™). Targets mid-dermis at ~1.5 mm. FDA-cleared for multiple indications including brow lifting.
ULTRASOUND
Ultherapy
Microfocused ultrasound with visualization (MFU-V). Targets specific depths including the SMAS. A different ultrasound technology from Sofwave.
XERF VS ULTHERAPY →Sofwave and Ultherapy both use ultrasound, but they are not the same technology. Ultherapy uses microfocused ultrasound with visualization (MFU-V) to target specific depths including the SMAS. Sofwave uses parallel beam ultrasound at a fixed mid-dermal depth. Each ultrasound device has a different delivery mechanism and depth profile.
34 / VS MORPHEUS8
XERF vs Sofwave vs Morpheus8
RF
XERF
Non-invasive RF. No needles, no skin penetration.
ULTRASOUND
Sofwave
Non-invasive ultrasound. No needles, no skin penetration.
RF MICRONEEDLING
Morpheus8
Minimally invasive. Uses needles to deliver RF energy into the deeper dermis. Fundamentally different invasiveness profile.
XERF VS MORPHEUS8 →35 / VS THERMAGE
XERF vs Sofwave vs Thermage
Both XERF and Thermage use radiofrequency, but they are distinct systems. Thermage uses a single 6.78 MHz frequency that primarily targets the mid-dermis. XERF combines 6.78 MHz with a deeper 2 MHz frequency, designed to reach deeper structural layers. Sofwave uses ultrasound, placing it in a different energy category entirely. Thermage and XERF share the RF conversation but are not interchangeable devices — the dual-frequency design of XERF is a meaningful technical distinction.
36 / VS FACELIFT
XERF vs Sofwave vs Facelift
All non-invasive energy treatments — XERF, Sofwave, Ultherapy, Thermage — belong to a fundamentally different category than surgery. A facelift surgically repositions tissue; energy-based treatments stimulate collagen and skin firmness without surgical intervention. The magnitude of change differs significantly. Neither XERF nor Sofwave should be called a "facelift alternative" without qualification. See XERF vs Facelift.
37 / WHAT IF TIGHTENING ISN'T THE PROBLEM
What If Skin Tightening Isn't Actually What You Need?
YOU SAY: "My jawline is gone."
POSSIBLE CONTRIBUTORS:
Skin · Jowling · Volume · Chin structure · Submental fullness
YOU SAY: "My face is sagging."
POSSIBLE CONTRIBUTORS:
Skin · Volume · Tissue position · Skeletal support
YOU SAY: "My neck looks older."
POSSIBLE CONTRIBUTORS:
Skin · Muscle · Submental fullness · Tissue position · Texture
CHOOSING BETWEEN XERF AND SOFWAVE IS USELESS IF SKIN TIGHTENING ISN'T THE ACTUAL QUESTION.
38 / VS SCULPTRA
XERF vs Sofwave vs Sculptra
XERF: RF energy. Sofwave: Ultrasound energy. Sculptra: Injectable biostimulatory treatment.
These are different categories. XERF and Sofwave are energy-based devices; Sculptra is an injectable that stimulates collagen through a biological mechanism rather than thermal energy. Sculptra addresses volume and structural support, not skin tightening. See XERF vs Sculptra, XERF + Sculptra, and Does Sculptra Actually Work?.
39 / VS FILLER
XERF vs Sofwave vs Filler
Energy-based tightening (XERF, Sofwave) and dermal fillers are not direct substitutes. Tightening addresses skin firmness and laxity; fillers address volume, structural support, and contour. A patient whose concern is volume loss does not need skin tightening, and a patient whose concern is genuine laxity does not need filler. See Facial Balancing.
40 / COMBINATION
Can You Combine Skin Tightening with Injectables?
Combination planning may address multiple anatomical layers — skin firmness via energy-based treatment, volume via injectables, dynamic movement via neurotoxins. Whether combination treatment is appropriate depends on the individual's anatomy, goals, and treatment history. Sequencing and intervals should follow provider protocol. See XERF + Facial Balancing, XERF + Sculptra, and Injectables.
41 / DECISION MAP
The Skin-Tightening Decision Map
SKIN-TIGHTENING DECISION MAP
START WITH WHAT YOU SEE.
MY JAWLINE LOOKS SOFTER
MY NECK LOOKS LOOSER
MY FACE LOOKS HOLLOW
MY SKIN TEXTURE BOTHERS ME
I WANT A SIGNIFICANT LIFT
I WANT SUBTLE FIRMING
I’M NOT SURE
EDUCATIONAL ONLY — NOT A CANDIDACY TOOL.
THE RIGHT DEVICE STARTS WITH THE RIGHT DIAGNOSIS.
EXPLORE XERF TREATMENT PLANNING42 / TECHNOLOGY FRAMEWORK
The JOLA Technology Framework
JOLA TECHNOLOGY FRAMEWORK
DON'T ASK: WHICH MACHINE IS BEST?
ASK:
WHAT IS THE CONCERN?
↓WHAT ANATOMICAL LAYER IS RESPONSIBLE?
↓IS THIS ACTUALLY LAXITY?
↓WHERE IS IT?
↓HOW MUCH CHANGE IS DESIRED?
↓WHAT DOWNTIME IS ACCEPTABLE?
↓WHAT TREATMENT EXPERIENCE IS PREFERRED?
↓WHAT OTHER TREATMENTS HAVE BEEN DONE?
↓WHAT ARE THE LIMITATIONS?
↓WHICH TECHNOLOGY FITS?
THE DEVICE SHOULD FOLLOW THE DIAGNOSIS.
NOT THE OTHER WAY AROUND.
43 / WHY JOLA CHOSE XERF
Why JOLA Chose XERF
JOLA selected XERF because its technology and treatment profile align with the practice's approach to thoughtful, individualized, non-surgical aesthetic planning. XERF's multifrequency monopolar RF design allows energy delivery at multiple tissue depths, supporting structural treatment rather than surface-only effects. Its non-invasive nature — no needles, no incisions, generally no numbing — fits patients seeking meaningful treatment without surgical commitment or significant downtime.
The built-in cryogen cooling system supports patient comfort, and the ability to integrate XERF into broader treatment planning — alongside injectables, facial balancing, and skin treatments — makes it a versatile tool within JOLA's consultation-led framework. JOLA does not claim that XERF is universally superior to every other technology. The practice selected XERF because it fits the philosophy: anatomy-first, consultation-led, structurally thoughtful, and appropriate for patients who want natural-looking, non-surgical refinement.
44 / CHEY COPE
The Energy-Based Treatment Perspective
CHEY COPE
Laser Specialist, JOLA Dallas
Choosing an energy-based treatment requires evaluating skin quality, degree of laxity, facial volume, jawline and neck structure, treatment history (including previous filler, biostimulators, and energy treatments), desired magnitude, comfort preferences, and downtime preferences. The device follows the diagnosis — not the other way around.
At JOLA Dallas, every XERF conversation begins with a full assessment. The question is never "should you get XERF?" — it is "what are you actually trying to change, and which technology fits that concern?"
45 / WHERE XERF MAY FIT
Where XERF May Be the More Logical Conversation
XERF may be the more logical conversation when the concern involves skin firmness in a supported treatment area, the patient prefers non-invasive treatment, RF technology fits the treatment goal, the expected magnitude of change aligns with what the device can realistically produce, and a JOLA clinical assessment supports candidacy. XERF's multifrequency design — targeting multiple depths — may be particularly relevant when the concern involves both surface skin quality and deeper structural support.
46 / WHERE SOFWAVE MAY FIT
Where Sofwave May Be the More Logical Conversation
Sofwave may be the more logical conversation when a patient's specific concern aligns with one of its verified FDA-cleared indications — particularly eyebrow lifting, for which Sofwave holds a specific clearance. If a patient's primary goal is brow lifting and they are evaluating ultrasound options, Sofwave's cleared indication is a verified factor worth discussing with a qualified provider.
A good comparison should help a patient identify the right category, even when the answer is not the device offered by the practice. This transparency is strategically important — it builds trust and positions JOLA as a practice willing to explain where technologies genuinely differ.
47 / WHAT NEITHER CAN DO
What Neither Device Can Do
- ✕Replace missing facial volume
- ✕Create a larger chin or mandibular bone structure
- ✕Remove substantial facial fat
- ✕Correct every jowl
- ✕Erase all wrinkles
- ✕Correct every skin-quality issue
- ✕Create surgical tissue repositioning
- ✕Stop aging
- ✕Produce identical results in every patient
48 / WHEN XERF MAY MAKE SENSE
- Concern involves skin firmness in a supported area
- Patient prefers non-invasive treatment
- RF technology fits the treatment goal
- Expected magnitude aligns with the device
- JOLA assessment supports candidacy
49 / WHEN SOFWAVE MAY MAKE SENSE
- Concern aligns with a verified Sofwave indication
- Patient specifically seeking ultrasound technology
- Brow lifting is a primary goal
- Patient prefers a single-treatment protocol
50 / WHEN NEITHER MAY MAKE SENSE
- No meaningful laxity present
- Primary concern is volume loss
- Primary concern is skeletal structure
- Desired change exceeds realistic non-invasive results
- Treatment is simply unnecessary
SOMETIMES THE MOST SOPHISTICATED DEVICE CHOICE IS NO DEVICE AT ALL.
51 / CHECKLIST
Questions to Ask Before Choosing XERF or Sofwave
What exactly am I trying to improve?
Is my concern actually skin laxity?
Which anatomical layer is creating the concern?
Is the jawline concern skin or structure?
Are my jowls primarily a skin issue?
Is my neck concern skin, muscle or fullness?
What technology does this device use?
What depth does it target?
Why is that depth relevant to my concern?
Is deeper necessarily better for me?
Is this treatment area officially supported?
What magnitude of improvement is realistic?
What will this treatment not change?
Does it affect facial volume?
Is fat reduction intended?
What does treatment feel like?
What cooling technology is used?
What temporary effects should I expect?
Is there downtime?
When should I evaluate results?
How many treatments are typically considered?
Is maintenance commonly discussed?
Does previous filler matter?
Does previous Sculptra matter?
Does previous RF matter?
Does previous ultrasound treatment matter?
Would another treatment category fit better?
Am I expecting a surgical magnitude of change?
What happens if I do nothing?
Why are you recommending this device for MY anatomy?
52 / THE BOTTOM LINE
XERF vs. Sofwave: The Bottom Line
XERF and Sofwave are different technologies. XERF uses radiofrequency — specifically, multifrequency monopolar RF combining 6.78 MHz and 2 MHz to target multiple tissue depths. Sofwave uses ultrasound — specifically, Synchronous Ultrasound Parallel Beam (SUPERB™) technology targeting the mid-dermis at approximately 1.5 mm. Both belong to the non-invasive energy-treatment landscape, but they are not interchangeable.
Device depth should be understood but deeper is not automatically better. Treatment areas differ and must be verified against current manufacturer guidance and regulatory clearances. Indications differ — Sofwave holds specific FDA-cleared indications including eyebrow lifting, submental lifting, and neck lifting; XERF is cleared for non-invasive skin tightening. Cooling systems differ: XERF uses built-in cryogen pulse cooling; Sofwave uses an integrated cooling system. Treatment protocols differ: XERF is typically a series; Sofwave is positioned as a single treatment. Comfort and results timelines may differ. Neither is universally better.
Neither restores missing facial volume. Neither creates bone structure. Neither should automatically be called a facelift replacement. Jowls are multifactorial. Neck concerns are multifactorial. Jawline concerns are multifactorial. Thin faces require thoughtful assessment. Weight-loss facial changes may involve both skin and volume. Collagen claims require nuance — "builds collagen" does not mean equivalent biological effects, and no comparative evidence proves superiority.
Technology is only one part of the result. Operator experience and treatment planning matter. Desired magnitude matters. Some patients may need injectables instead of energy-based treatment. Some may need laser. Some may need surgery. Some may need nothing at all.
If you are comparing xerf vs sofwave, begin with one question before comparing specifications: what are you actually trying to change? Once the anatomy and treatment goal are clear, the technology comparison becomes far more useful.
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