Medray Prime-PLUS (Quad-wave) 28Watt Therapy laser

The Medray Prime Plus (Quad) is uniquely designed for use in regenerative medicine techniques, as it produces a wide range of output energy in the 650nm, 810nm, 915nm, and 980nm wavelengths. Stem cell injections, platelet rich plasma (PRP), prolotherapy, and cartilage regeneration therapies are more successful when done in conjunction with photomedicine (laser therapy). https://pubmed.ncbi.nlm.nih.gov/23140266/  

• Wavelength: 650nm + 810nm + 915nm + 980nm 
• Peak Power: 27.2Watts Power: 27.2W in either continuous or pulsed modes 
• Aiming Beam: 650nm at 200mw 
• Laser Type: GaA1As Diode 
• Laser System: Class IV Emission Modes: CW (continuous wave), Repeat pulse, 1 Hz, duty cycle 10% – 90% 
• Display: True color touch screen 7”, 600* 1024 Dimensions:60 (W), 180 (L), 235 (H) in millimeters Weight – 2.1 kg or 4.62lbs 
• Starting Mode: password and finger switch with electronic access key 
• Bluetooth patient stop switch: an industry-first and the ultimate in patient safety and compliance, designed for use with the hands-free applicator and software 
• Featuring a robust software and intuitive interactive menu, operating the laser is faster with a simple user interface that provides minimal selections for starting or changing a treatment.   
• Treatments administered and managed via three options: manual protocols using the power level, operating mode and timer selections; preset protocols utilizing built-in database organized by anatomy and condition; and custom protocols that allows the user to create custom protocols.  
• Fiber optic cable developed for maximum flexibility during use, while maintaining overall durability to ensure reliable and consistent laser energy transmission. 

Broad range Hertz (frequency settings) for pulsing treatments from 1 to 20,000Hz  Tissue Variability Factors™ (PTVF-Driven) Patient Protocols  Consistent and replicable treatment results are now possible with Patient-Response Driven Protocols. In contrast to Preset Protocols, PTVF-driven protocols are based on a wide range of patient characteristics and responses to each treatment, according to trademarked Tissue Variability Factors™. This allows the Medray Prime Laser Series to provide the broadest range of features that are requisite to stimulate deep musculoskeletal, vascular, lymphatic, connective, ligamental, and neurological tissues, as well as provide inhibitory treatments for those in chronic and acute pain. 

Laser diodes are the engines of the laser and have been particularly selected for the highest levels of quality, efficiency and reliability. Featuring solid state technology, they are manufactured in Germany by Dilas, Inc. a recognized worldwide leader in manufacturing the optimal-performing diodes, which ensures superior operating life, resulting in long term savings in operating costs. The Self-Calibration feature requires no routine maintenance, providing additional savings and value. 

Each diode is wavelength specific and provides a single wavelength from 650 nanometers, 810 nanometers, 915 nanometers, and 980 nanometers. The 980nm wavelength is proven to be penetrative due to its low melanin, low water, low hemoglobin absorption rates, and is the optimal wavelength for stimulating tissues at greater penetration depths. The 650nm wavelength provides stimulated energy to endothelial cells, dermal and underlying red adipose tissues, as well as being ideal for the skin in treating dermatological conditions and for promoting hair growth. The 915nm wavelength is optimal in penetration and absorption by water or tissue plasma.  

The Medray Prime Plus is the most affordable Quad-wave laser in the industry and is priced well below similar models from other manufacturers - an alternate version (the Medray Prime DUO 810nm + 980nm is available for $2000 less than the quad-wave model). Please call for exact pricing and shipping details.

The Medray Prime Plus with the Optional Accessories Package  comes with the following:

• Medical Cart
• Hands-Free Applicator
• Massage Rollerball 
• 3 pair of Laser  Glasses 
• PELICAN® Carrying Case
• 2-Year Warranty
• Turnkey Marketing Program 
• Plus the award-winning Photomedicine Training & Certification Program from the Medlaser Foundation, ALL AT NO EXTRA COST!  

The Medlaser Photomedicine (Laser Therapy) Training Program 

The Medlaser Photomedicine (Laser Therapy) Training Program is offered free to all Medray/Accuray Laser Customers ($1,250 value). 

The Program features 4 modules with learning objectives and quizzes for each of the four lesson modules, plus official Certification documents. The Medlaser Foundation's Laser Training Program is the finest training program of its type ever offered, and it is free to anyone who purchases Accuray/Medray lasers!       

MODULE I – INTRODUCTION   

Fundamental Basics of Laser Therapy – Overview   Laser Therapy Terminology   Laser Therapy Contraindications   Laser Setup and Operation      

MODULE II – PHOTOMEDICINE, MAJOR BENEFITS   

• Benefits of Photomedicine - Primary, Secondary, Tertiary Effects   
• Electromagnetic spectrum   
• Primary wavelengths   
• What are Chromophores?   
• What Human Factors Impact Photomedicine Benefits?   
• Photochemical Reactions in Biological Systems   
• What Happens when Photomedicine is Absorbed by Chromophores?   
• What is Mitochondrial Respiration?   
• What is fluorescent Resonance Energy Transfer (FRET)?   
• Enhanced Cytokine Modulation   
• Enhanced Immunoregulatory Response   
• Heightened ATP Synthase      

MODULE III – LASER SAFETY   

• Laser Safety Checklist    
• Differences between ionizing and non-ionizing radiation   
• Three mechanisms by which tissues are impacted by photomedicine   
• Protection for the skin and the eyes   
• CDRH, ANSI performance standards and protocols   
• Maximum permissible exposure   
• Descriptions, Class 1, Class 2, Class 3, and Class 4 laser systems   
• The Laser Safety Officer, duties and responsibilities of…      

MODULE IV – STIMULATION VS INHIBITION; REVIEW & SUMMARY OUTLINE   

• The nature of energy medicine   
• Physical laws governing the transference of electromagnetic energy to living tissues  
• Laser Stimulation vs. Laser Inhibition (L.S. vs. L.I.)   
• Energy - How much is too much?   
• When does laser stimulation end and laser inhibition begin?   
• How to Calculate Energy Density, or Dosage   
• Continuous Wave vs. Pulsed, Phased, Fractional, or Gated Wave   
• How to determine which laser mode will stimulate optimal treatment outcomes