WHERE IT FITS
Common clinical settings
Photobiomodulation is one tool within the wider recovery plan for the athlete.
01
Acute soft-tissue injury
Sprains, strains and contusions in the early and recovery phases, as part of the clinician’s plan.
02
Overuse and tendon load
Tendon and muscle overuse in training athletes, alongside load management and exercise.
03
Return to play
Used in structured programmes agreed with the sports medicine team.
WHY THREE WAVELENGTHS
One platform, three tissue depths
VOLTA F3 delivers 650, 810 and 980 nm, each controlled independently, so the clinician can match the wavelength mix to the tissue being treated.
650 NM
Superficial tissue. Red light, absorbed close to the surface.
810 NM
Deep tissue. Near-infrared light; the 800–810 nm band is the most studied in photobiomodulation research, where absorption by cytochrome c oxidase is the proposed mechanism.
980 NM
Water and hemoglobin. Accelerates microcirculation and oxygen delivery, suited to advanced deep-tissue healing protocols.
CLINICAL WORKFLOW
From assessment to review
01
Assess
Review the patient and the condition.
02
Select protocol
Choose from the protocols built into the VOLTA F3 system.
03
Set parameters
Confirm wavelengths and settings for the case.
04
Treat and review
Deliver the session, then review progress.
LEARN MORE
Evidence, technology and training
Read the research behind photobiomodulation, see how the technology works, or ask us to demonstrate VOLTA F3 in your clinic.
This page is educational information for healthcare professionals and is not a claim of treatment outcome. Treatment decisions rest with the treating clinician.
CONTACT
Request a VOLTA F3 demonstration
03-7499 3373 | info@voltalaser.com
VOLTA LASER SDN. BHD.
Address: 8, Jalan 12/152,
Taman Perindustrian OUG,
58200 Kuala Lumpur
MDA registration GC6440126-238777. VOLTA F3 is intended for use by qualified healthcare professionals. Whether photobiomodulation is appropriate for a specific patient is a decision for the clinician.