Description

2784 – Vectra Genisys Laser System – MUST BUY HEAD SEPARATELY –   Please take a look at our options for diodes at: Heads.

Introducing the innovative Vectra Genisys Laser designed for optimal therapeutic results.

In summary, the Vectra Genisys Laser offers a comprehensive solution for various therapeutic needs. Its advanced features, such as customizable dosage, frequency, and applicator options, empower healthcare professionals to deliver effective treatments that cater to individual patient needs.

The Vectra Genisys Laser is a cutting-edge device celebrated for its versatility and remarkable effectiveness in a wide range of medical and therapeutic applications. This advanced laser technology has been adopted in clinics and hospitals globally, equipping healthcare professionals with essential tools to enhance patient outcomes.

 

Understanding the Benefits of Laser Therapy

 

• Fully functional device with independent control over all parameters
• Display of dosage in choice of joules or joules/cm²
• Continuous and pulsed treatment modes
• Real time feedback of dosage delivered
• Useful selection of clinical indications & user defined protocols
• Choice of 8 interchangeable Diode and Cluster Applicators with power ranging from 100mW-1440mW (purchased separately)
• Electronic Signature Recognition allows allows each laser applicator to be used in a “plug-and-use” format
• Therapy can be controlled from the applicator
• Lightweight design, along with battery-powered option and custom designed mobile carrying bag, make transport easy
• Unit designed for table top, wall mount or mobile use
• protective eye-wear included (2x)

 

Vectra Genisys Only:

Continuous Mode – The output of the light is not interrupted during the treatment time.

• Continuous mode is particularly beneficial for certain treatments, such as pain management and tissue healing, where a steady output of energy can promote better cellular regeneration. For example, in physical therapy, continuous laser application can help alleviate chronic pain by delivering consistent energy to the affected area.

 

Dosage – A measure of the intensity of the energy over the treatment area. The unit of measure is Joules or Joules/cm2

• Understanding dosage is crucial for effective treatment. For instance, a clinician might adjust the energy delivered based on the specific condition being treated, ensuring that patients receive optimal care tailored to their needs. It’s essential to monitor the dosage closely to avoid under-treatment or over-treatment.
• .Energy – Measured in Joules, energy equals the treatment time multiplied by the power. More importantly, Energy Density equals the power output multiplied by the treatment time and divided by the spot size (cm2). This gives a more specific measurement of energy delivered.
• Furthermore, the concept of energy density plays a pivotal role in determining the effectiveness of laser treatments. In practice, a higher energy density is often achieved by increasing the power output while minimizing the treatment area, allowing for more intense and focused therapy.

 

Frequency – Pulsed frequencies are selectable from 8 to 10,000 Hz.

• Pulsed frequencies offer unique benefits, especially in treating conditions like inflammation and soft tissue injuries. The ability to select from a range of frequencies allows practitioners to customize treatments optimally based on individual patient responses.

 

laser Heads – The clear lens face of the applicator that contacts the patient’s skin. It consists of laser diodes with or without LED’s or SLD’s (depending on the applicator).

• The choice of applicators is also vital. Different applicators designed for specific applications can significantly influence treatment outcomes. For example, a larger applicator may be used for broad areas, while a smaller one can target localized pain effectively.

 

 

Power – Measured in Watts (W), power wattage is directly proportional to the treatment time and penetration of the light energy.

• Understanding power dynamics in laser treatment can enhance therapeutic efficacy. For instance, higher wattage settings might be employed for deep tissue penetration, enabling treatments for conditions like joint pain and muscle spasms.
• High-powered diodes will reduce patients’ treatment time and give a higher amount of energy at a deeper depth. Output can be either continuous or pulsed.
• High-powered diodes are crucial for optimizing treatment times, allowing practitioners to provide quick and effective relief. For example, a session that would typically take 30 minutes could potentially be reduced to 15 minutes without compromising efficacy.

 

 

Power Density – Ratio of power divided by treatment time.

• Power Density can be adjusted based on the treatment type, ensuring that practitioners can maintain the desired intensity throughout the therapy. This adaptability is particularly useful when treating varying patient conditions.
• Pulsed Mode – This is the ratio of the “On” time to “Total” time of the cycle, expressed as a percentage. The lower the percentage, the lower temporal average intensity. 100% is continuous light. Pulsed Mode is 90% on and 10% off.
• Pulsed Mode’s ability to modulate treatment intensity leads to enhanced patient comfort and effectiveness. By customizing the duty cycle, practitioners can provide treatments that align with patient tolerance levels and therapeutic goals.

NOTE: Pulsed Mode is also equivalent to Duty Cycle.

 

Spot Size – Area of the LED, SLD, or other beam when it leaves the face of the lens.

• Spot size is a critical factor influencing both treatment efficacy and comfort. Smaller spot sizes allow for targeted therapy, while larger sizes can be beneficial for broader applications, catering to the specific needs of the condition being treated.
• Treatment Area – Area of tissue affected by LED, SLD, or when wavelength, divergence angles, and depth of penetration are factored. This is the area used to calculate dosage.
• When considering the treatment area, practitioners must also factor in patient anatomy and specific conditions. Tailoring the treatment area based on these factors can improve outcomes significantly.

 

 

Treatment Time – Measured in seconds, it is the suggested time per point that therapy is given.

• Setting appropriate treatment times is essential for maximizing results. Practitioners often rely on clinical guidelines and patient feedback to determine the most effective duration for each session.
• Continued education on the use of laser technology is vital for practitioners. Staying informed about the latest advancements and techniques can enhance treatment efficacy and patient satisfaction.