§ The first device
A four-wavelength pico laser engineered to execute the Precise System protocols with sub-nanosecond precision. Built for predictable outcomes across Fitzpatrick I through VI.
§ Fig. 02
The device is the instrument, not the system.
Precise Pico is the device that executes the Delivery pillar of The Precise System. The system existed first. The protocols, the biologic control framework, and the Data Intelligence Layer were designed before any hardware was specified. Precise Pico was engineered to meet the architectural requirements those decisions created — multi-wavelength capability for varied indications, sub-nanosecond pulse precision for predictable pigment disruption, and parameter calibration tied directly to the protocol library.
A different device could occupy this pillar in the future. Future Precise devices will. The architecture stays. The instrument evolves.
The hardware was the last thing we engineered.
See how delivery fits into the system§ Fig. 02 — The wavelengths
Each wavelength in Precise Pico is calibrated to a category of clinical indication. Together, they cover the full spectrum of treatable targets — from deep dermal pigment to superficial dyschromia to vascular features to textural concerns.
1064 nm
The deepest-penetrating wavelength in the system. Targets dermal pigment and tattoo ink without surface absorption — making it the workhorse for darker skin types where epidermal melanin would absorb shorter wavelengths.
IndicationsDeep pigment, Black/blue tattoo ink, Dermal melasma, Nevus of Ota, Café-au-lait macules
532 nm
Strongly absorbed by red, orange, and yellow chromophores. The wavelength of choice for superficial pigmented lesions and specific tattoo ink colors.
IndicationsLentigines, Freckles, Café-au-lait macules, Red/orange/yellow tattoo ink, Vascular lesions
755 nm
Optimized for green and blue tattoo ink absorption, and effective on epidermal pigment in lighter skin types. Provides clinical flexibility for tattoo removal across the spectrum of ink colors.
IndicationsGreen and blue tattoo ink, Lentigines on Fitz I–III, Specific dyschromias
785 nm
The fourth wavelength extends the device’s reach into indications that benefit from a balance between depth penetration and chromophore selectivity. Calibrated for the Precise protocols where 1064 nm and 755 nm together cannot fully address the target.
IndicationsMixed-color tattoo, Refractory dyschromias, Transitional melanin targets
Indication lists above are representative and require clinical review before launch.
§ Fig. 03 — Engineering
Precise Pico is engineered to clinical specifications, not consumer preferences. The values below are the operating parameters that make the protocol library executable with predictable results.
FDA 510(k) clearance is in process; final regulatory status will be confirmed prior to launch. The Precise Pico™ device is not yet available for sale or clinical use in the United States.
Specifications listed above are draft engineering targets and may be updated based on final device assembly and validation testing.
§ Fig. 04 — The workflow
The device interface is built around the protocol library, not around hardware controls. Practitioners select the indication. The device loads the protocol’s parameter envelope. The treatment is executed within engineered safety boundaries — and the outcome flows back to the Data Intelligence Layer.
Indication selection
The practitioner selects the indication and the patient's Fitzpatrick type. The device loads the corresponding protocol from the library.
Parameter envelope
The protocol defines the safe operating range — wavelength, fluence, pulse duration, spot size — calibrated to the indication and skin type. Manual override is available within engineered safety boundaries.
Treatment execution
Real-time feedback on pulse count, fluence delivered, and treatment zone coverage. Interface designed for minimal cognitive load during treatment.
Outcome capture
The practitioner logs the treatment outcome at the device or in the practitioner portal. The data flows to the Data Intelligence Layer, contributing to protocol refinement across the network.
Continuous updates
When protocols are updated based on aggregated outcomes, the device receives the new version automatically. The next treatment uses the refined parameters.
§ Included with Precise Pico™
Precise Pico console
Multi-wavelength pico laser, configured and calibrated.
Handpiece set
Standard treatment handpiece + fractional handpiece for textural protocols.
Protocol library access
All current protocols loaded on the device. Continuous updates via practitioner portal sync.
Biologic Control starter kit
Prep, recovery, and maintenance kits sufficient for first 30 patient treatments.
Practitioner portal account
Outcome logging interface, training library access, protocol update notifications, anonymized network insights.
Onboarding & certification
On-site delivery, installation, and a two-day clinical certification program for the practice's clinical team.
Annual service & calibration
Year one included. Annual maintenance contract available thereafter.
Software & protocol updates
Included for the life of the device.
§ The unveiling
By invitation only. Civic Opera Building, Chicago. August 8, 2026.
§ Ready to see the instrument
Demonstrations begin at launch. Practitioners interested in Precise Pico and the full Precise System can reserve a slot now.