Better Outcomes for Your Patients, Stronger Results for Your Practice

Deliver rapid pain relief, accelerate recovery across multiple patient types, and open new revenue streams, all with individual treatments completed in under 5 minutes and a system that pays for itself in less than 6 months.

Short Treatment Times

Shorten appointment times by more than half. Free your schedule for extra bookings without sacrificing results or patient satisfaction.

One System, Endless Applications

Treat chronic pain, sports injuries, post-surgical recovery, and even veterinary cases. Expand your services and attract new client segments.

Life-Changing Results, Rapid Payback

Deliver profound outcomes that keep patients talking. From faster recoveries to lasting relief, your practice sees measurable results and most recoup their investment in under 6 months.

Featured Class 4 Systems

How Class 4 Laser Therapy Works

At its core, laser therapy harnesses photobiomodulation—light photons at specific wavelengths are absorbed by cellular chromophores, triggering beneficial biochemical events.

ATP Production

Stimulates mitochondrial respiratory chain complexes, increasing ATP and powering cellular repair and regeneration.

Nitric Oxide Release

Causes transient nitric oxide release, promoting vasodilation, improved microcirculation, and anti‑inflammatory benefits.

Analgesic Effects

Modulates nerve conduction and triggers endorphin release for rapid pain relief in both acute and chronic cases.

Wavelength Matters

  • The “optical window” of 600–1,100 nm allows maximum tissue penetration.
  • Common wavelengths: 810 nm for deep photochemical action, 980 nm for enhanced heating, 650 nm for superficial treatments.
  • Multi-wavelength systems broaden applicability from joint pain to wound care.

Continuous vs. Pulsed Emission

  • Continuous Wave (CW): Steady beam for consistent total energy delivery.
  • Pulsed Modes: High peak power bursts with off-times to reduce heat buildup and improve comfort.
  • Our Class 4 lasers seamlessly toggle between CW and pulsed, using advanced multi-step pulsing for the most versatile, state-of-the-art treatments.

Reconsider What You're Paying For

Outdated Specs, Inflated Costs:

Brands like LightForce®, Summus®, Aspen®, and K-Laser® have long charged premium prices for Class 4 lasers. Yet many of these systems rely on fixed wavelength blends, limited pulsing functionality, and restrictive software—despite price tags often exceeding $30,000 to $50,000.

EVO & ATP Max: Premium Capability, Accessible Price

The EVO and ATP Max platforms are engineered to outperform legacy systems—at a significantly lower investment. With up to 60 watts of power, multi-frequency sweep pulsing, real wavelength control, and open software architecture, these systems are designed for clinics that value flexibility, performance, and total ownership.

There are no locked presets. No forced upgrades. Just clinically superior tools—delivered affordably.

ReGen H84: A Class of Its Own

For clinicians seeking the most advanced laser therapy system on the market, the ReGen H84 offers:

Six independent wavelengths, including 1064nm, 915nm, 810nm, 650nm, and 450nm
Real-time thermal control for safe high-output treatment
A robust library of editable, condition-specific protocols
A future-proof design for advanced practices that won’t compromise on results

The Bottom Line:

We don’t just offer affordable lasers—we offer better lasers. Whether you're prioritizing return on investment or top-tier performance, our laser systems are built to outperform the status quo at every level.

Compare Class 4 Lasers

Applications and Users of Class 4 Lasers

Chiropractic & Pain Clinics

Chiropractors and pain management physicians were early adopters of Class 4 laser therapy as a non-drug, non-invasive tool to combat pain and inflammation. It complements adjustments, exercise, and injections by providing rapid pain relief and reducing inflammation. Many patients experience improvement after just a few sessions, with deep penetration into spinal muscles and discs to treat conditions like sciatica, low back strain, and neck pain.

This technology enhances patient satisfaction and retention by offering comfortable, warm laser massage sessions that fit standard appointment slots. When used adjunctively—such as immediately following an adjustment—laser therapy extends the benefits by reducing muscle spasm and swelling.

Neuropathy & Podiatry

Class 4 lasers are highly effective for peripheral neuropathy and podiatry by treating large areas like the entire foot or ankle quickly. They stimulate mitochondrial activity and improve circulation, helping to regenerate nerve function and alleviate pain and numbness associated with diabetic neuropathy.

Podiatrists also use these lasers for conditions such as plantar fasciitis, Achilles tendinitis, and post-surgical healing. The anti-inflammatory effects speed recovery, while multi-wavelength systems (e.g., 635 nm for superficial tissues and 810/980 nm for deeper structures) address both wound healing and joint inflammation.

Physical Therapy & Sports Medicine

Physical therapists and sports medicine professionals integrate Class 4 lasers into rehabilitation to reduce inflammation and swelling in acute injuries like hamstring pulls or knee sprains. Quick, 2–3 minute sessions fit seamlessly into training rooms and sidelines, offering immediate relief and speeding overall recovery.

For chronic conditions and regenerative therapies—such as tendinosis, bursitis, or PRP injections—these lasers stimulate biological healing in deep tendons and joints. Athletes benefit from reduced delayed-onset muscle soreness and improved tissue repair, leading to faster return-to-play and reduced reliance on pain medications.

Veterinary Medicine (Pets, Equine & Wildlife)

Veterinarians employ Class 4 lasers across small animal, equine, and wildlife settings. In dogs and cats, lasers treat arthritis, disc disease, sprains, and wound healing with rapid, painless sessions suitable even for anxious patients. High power compensates for fur and allows treatment of multiple sites efficiently.

Equine specialists use Class 4 systems for tendon injuries, back strains, and post-surgical healing in horses, delivering deep tissue penetration required for large muscles and joints. Wildlife veterinarians also utilize lasers for stress-free healing in rehabilitative settings—treating birds, turtles, and large mammals to promote tissue repair without repeated sedation.

Home & Personal Use

Traditionally, Class 4 lasers have been marketed to professionals, but a segment of home users now invests in personal devices—either patients with chronic conditions needing frequent treatment or biohackers and athletes seeking advanced recovery tools.

Home use requires adopting practitioner responsibilities for safety and correct application. Some brands offer user-friendly packages and training for laypersons. Simpler Class 4 models feature preset times and single-wavelength operation, reducing variables and risk, though safety measures—like ensuring no unprotected children or pets in the room—remain essential.

Many start laser therapy in a clinic to identify optimal settings, then transition to home devices for ongoing treatment. Conditions such as chronic back pain, neuropathy, and severe arthritis benefit from daily sessions, and athletes may use home lasers post-workout to reduce soreness.

Purchasing a Class 4 laser is a significant investment—often $5,000 and up. Prospective buyers should consult a laser professional for device selection and training. When safety standards are upheld, home ownership of a Class 4 laser provides a powerful therapeutic modality anytime, empowering users to manage pain and recovery on their own schedule.

Key Features & Specifications to Consider

Power (Watts)

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Class 4 lasers range from just over 0.5 W up to 60 W or more, with advanced systems combining diodes to reach 80–100 W total output. Higher power delivers energy faster and treats larger areas at once, but beyond 20–30 W you encounter diminishing returns unless treating very large areas or high-volume clinics.

Extremely high power requires extra caution with movement and heat monitoring. Most clinics find 10–30 W effective and manageable. Always verify if quoted power is total combined output or per diode, and consider average versus peak power when comparing devices.

Wavelengths

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Single-wavelength lasers (e.g., 810 nm) are simpler, while multi-wavelength systems (650 nm, 810 nm, 915 nm, 980 nm) target different tissue depths and effects. Multi-wavelength units allow surface and deep tissue treatment simultaneously but add complexity and cost.

Choose wavelengths supported by clinical evidence for your applications. A typical high-end set covers superficial (650 nm) and deeper penetration (800–980 nm) bands.

Emission Mode (CW vs Pulsed)

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Continuous wave (CW) delivers constant power for rapid dosage. Pulsed mode allows cooling between bursts for greater comfort at high outputs. Adjustable pulse frequencies and duty cycles offer treatment flexibility.

Some systems include superpulse for high peak power with low average output—ideal for deep targets without excessive heat.

Beam Delivery & Spot Size

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High-power lasers usually use fiber-optic cables to channel light to the handpiece, allowing console-based cooling. Lower-power Class 4 units may house diodes in the probe itself.

Spot size affects coverage and penetration: larger heads treat bigger areas with less density; smaller spots concentrate power. Look for interchangeable or zoom heads and ergonomic designs.

Preset Protocols & UI

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Modern devices feature touchscreens with preset libraries and anatomy guides. Presets streamline setup while manual overrides enable customization.

Real-time joule tracking and clear displays help monitor dosage. An intuitive UI reduces the learning curve and boosts clinic efficiency.

Portability & Size

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Systems range from cart-based consoles to portable and handheld units. Battery-powered options enable cord-free use in field settings or multi-room clinics. Choose form factors based on mobility needs and practice volume.

Cooling & Duty Cycle

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Fan or thermoelectric cooling manages diode heat. Check continuous use ratings: entry-level models may need cooldown after extended use, while professional units support back-to-back treatments without overheating.

Consider fan noise in small treatment rooms and look for overheat protection.

Upgradability & Service

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Ensure FDA clearance or CE marking. Evaluate warranty length, diode replacement options, and software upgrades. Vendors offering modular upgrades and comprehensive training add long-term value.

Price & Value

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Compare full package costs including handpieces, eyewear, training, and support. Avoid unverified off-brand lasers. Reputable manufacturers with transparent specs, robust warranties, and strong customer service ensure safety and performance.