Equipment profile · Sciton
Sciton HALO TRIBRID: Price, Specs, FDA Clearance and Alternatives
HALO TRIBRID is Sciton’s three-wavelength fractional laser for practices building a resurfacing menu, from light pigment treatments to deeper texture work. It combines 2940 nm ablative with 1927 nm and 1470 nm non-ablative wavelengths in one handpiece on the JOULE X platform.
The short answer
HALO TRIBRID’s three lasers are covered in Sciton’s FDA records by wavelength: 2940 nm and 1470 nm for resurfacing and 1927 nm for pigment, though no record names TRIBRID itself. Compared with the original HALO, it adds the 1927 nm wavelength, built-in cooling and smoke evacuation and a deeper 2940 nm range. Every treatment uses a single-use Vortex Adapter.
Who should buy a HALO TRIBRID?
Shortlist it if
- Resurfacing is a growth service, and you want light and deeper treatments from one handpiece.
- You can build a single-use adapter into the price of every treatment.
- You’re investing in Sciton’s JOULE X platform or already own Sciton modules.
Compare another option if
- You want CO2 resurfacing for deeper texture and scar work: compare the Alma Hybrid.
- You want light 1927 nm treatments on a smaller budget: compare MOXI on the mJOULE.
Our take: HALO TRIBRID or the original HALO?
Choose TRIBRID if you’ll sell 1927 nm pigment and brightening treatments. That wavelength is the main difference, along with the handpiece’s integrated cooling and suction. If your resurfacing menu is the classic two-wavelength HALO treatment, the original HALO may cover it.
Price every treatment, not just the system. Add the Vortex Adapter, numbing and aftercare to each session, and confirm what else the JOULE X quote includes. Downtime depends on settings, so build the menu around the recovery your patients will accept.
Document-based buying analysis. Not a NuWays MD hands-on test of this device.
HALO TRIBRID specifications at a glance
Before you compare
| Specification | HALO TRIBRID | What it means for your practice |
|---|---|---|
| Wavelengths | 2940 nm Er:YAG ablative (20 to 150 µm), 1927 nm non-ablative (10 to 40 mJ) and 1470 nm non-ablative (300 to 700 µm), each controlled independently | One handpiece spans light pigment work to deeper resurfacing. Downtime depends on the settings you sell. |
| Handpiece | Built-in air cooling and smoke evacuation; optical navigation with an LED speed indicator | Sciton says one provider can treat without separate cooling or smoke units. Confirm it in a demo. |
| Temperature control | Dynamic Thermal Optimization adjusts 1470 nm and 1927 nm output to skin temperature (manufacturer description) | |
| Disposables | Single-use Vortex Adapter per treatment | A per-treatment cost to build into your pricing. |
| Host platform | JOULE X | Confirm the platform, its power needs and which other modules come with it. |
Sources: Sciton.
See it next to the alternativesSpecs, cleared uses and ownership questions in one table.
HALO TRIBRID vs. HALO: what changed?
The changes from the original HALO are a third wavelength, a deeper ablation range and a handpiece that cools and clears smoke on its own.
| Feature | HALO TRIBRID | HALO |
|---|---|---|
| Wavelengths | 2940, 1927 and 1470 nm | 2940 and 1470 nm |
| 2940 nm ablation depth | 20 to 150 µm | 20 to 100 µm |
| 1470 nm depth | 300 to 700 µm | 250 to 700 µm |
| Cooling and smoke evacuation | Built into the handpiece | Not listed |
| Platform | JOULE X | JOULE |
Sources: Sciton HALO TRIBRID · Sciton HALO.
What is the HALO TRIBRID FDA cleared for?
Each 510(k) number links to its record in the FDA database. The summary PDFs are listed under Sources.
510(k) K182173 (Joule System (1927 nm)), cleared March 6, 2019. Product code GEX; Class II medical device. Clears the JOULE 1927 nm laser.
| Wavelength | Cleared uses (summarized) |
|---|---|
| 1927 nm | Coagulation of soft tissue, actinic keratosis, and benign pigmented lesions such as lentigos, solar lentigos and freckles. |
Source: FDA 510(k) K182173.
510(k) K173285 (Joule System (2940 nm ProFractional)), cleared January 29, 2018. Product code GEX; Class II medical device. Clears the JOULE 2940 nm fractional laser.
| Wavelength | Cleared uses (summarized) |
|---|---|
| 2940 nm | Coagulation, resurfacing and ablation of soft tissue, including wrinkles, fine lines, textural irregularities, benign pigmented lesions and vascular dyschromia. |
Source: FDA 510(k) K173285.
510(k) K101916 (JOULE Multi-Platform System), cleared March 18, 2011. Product code GEX; Class II medical device. Platform clearance listing the 1470 nm module.
| Wavelength | Cleared uses (summarized) |
|---|---|
| 1470 nm | Skin resurfacing and coagulation of soft tissue with the ProFractional handpiece. |
Source: FDA 510(k) K101916.
Clearance describes what a device may be marketed for; it does not predict results for a given patient.
- FDA records list these lasers by wavelength on the JOULE platform. We found no record that names HALO, HALO TRIBRID or JOULE X, so ask Sciton which clearances cover the TRIBRID handpiece on JOULE X.
HALO TRIBRID clinical studies
Published studies we found on this system, its earlier models and related technology, each labeled by what it tested. Most are small, and some have manufacturer-affiliated authors, so use them to frame questions for the demo rather than as proof of results.
What we found: None on this system; 1 on an earlier model.
- Earlier model: Original HALO (1470 and 2940 nm)Hybrid Fractional Laser: A Multi-Center Trial on the Safety and Efficacy for PhotorejuvenationA 1470 nm plus 2940 nm hybrid fractional laser, the original HALO design; HALO TRIBRID adds 1927 nm.
Links open the PubMed record.
How much does a HALO TRIBRID cost?
| Price evidence | What we found |
|---|---|
| New system (manufacturer quote) | Sciton does not publish prices, and we found no reliable public price for a new HALO TRIBRID. Pricing depends on the JOULE X configuration. |
| Used (asking prices) | Not reviewed for this profile. Many used listings are the original two-wavelength HALO; confirm the handpiece and platform. |
| Documented sale prices | None found. |
What ownership adds after purchase
| Cost area | What to confirm |
|---|---|
| Vortex Adapters | One single-use adapter per treatment. Get the per-unit price and minimum order. |
| Platform | Confirm JOULE X power and room requirements and which modules come with it. |
| Aftercare supplies | Topicals, numbing and post-care products are per-visit costs. |
| Service | Ask what the plan covers after the warranty, including the handpiece. |
HALO TRIBRID alternatives to compare
| Device | Technology | Why compare it |
|---|---|---|
| Alma Hybrid | CO2 (10,600 nm) and 1570 nm fractional laser | A CO2 and 1570 nm hybrid with ultrasound delivery, for deeper ablative work. |
| Solta Medical Fraxel FTX | 1550 / 1927 nm non-ablative fractional laser | Solta’s non-ablative 1550 and 1927 nm fractional laser, the successor to Fraxel DUAL. |
| Sciton mJOULE · BBL HEROic + MOXI | Pulsed light plus fractional non-ablative laser | Sciton’s compact platform with MOXI 1927 nm, a lighter and lower-commitment option. |
Different technologies are not interchangeable. Compare configurations, cleared uses and ownership costs before you book demos.
Questions to ask before you sign
- HALO TRIBRID or the original HALO, and on which platform: JOULE X or JOULE?
- What does each Vortex Adapter cost, and what is the minimum order?
- Which other JOULE X modules are included, and which can be added later?
- What are the room and power requirements?
- What does the warranty cover, and what does service cost from year two?
- How many training days are included, and what is the total with tax, freight, installation and financing?
Plan the purchase
Plan your HALO TRIBRID purchase.
- Compare it side by side with its closest alternatives.
- Check what each quote includes: configuration, supplies, service and financing.
- Model the monthly payment against realistic treatment volume in the ROI calculator.
Other resurfacing lasers to research
ScitonmJOULE · BBL HEROic + MOXIFull profilePulsed light plus fractional non-ablative laserRead the full page →
CandelaNordlysFull profileSWT pulsed light and laser platformRead the full page →
CynosureLaseMD ULTRAFull profile1927 nm non-ablative thulium laser, 20 WRead the full page →
LumenisStellar M22Full profilePulsed light and modular laser platformRead the full page →
FotonaSP DynamisFull profileEr:YAG and Nd:YAG laser platformRead the full page →Solta MedicalFraxel DUAL · earlier generationFull guide1550 / 1927 nm non-ablative laserRead the full page →All resurfacing lasers →More Sciton equipment →Full equipment catalog →
Sources
Show all 5 sources
- Sciton: HALO TRIBRID (November 7, 2026). Checked November 7, 2026.
- Sciton: HALO (November 7, 2026). Checked November 7, 2026.
- FDA 510(k) K182173: Joule System (1927 nm) (March 6, 2019). Checked November 7, 2026.
- FDA 510(k) K173285: Joule System (2940 nm) (January 29, 2018). Checked November 7, 2026.
- FDA 510(k) K101916: JOULE Multi-Platform System (March 18, 2011). Checked November 7, 2026.