VascuTherm

The VascuTherm  provides the total solution to DVT/VTE patient management. Completely redesigned with physician driven, customizable therapy profiles, the VascuTherm  offers the patient highly effective DVT prophylaxis with intermittent compression.

DVT Compression therapy is used in combination with specially designed therapy wraps to transfer pressure to the calf or foot using compressed air. The preset inflation and deflation cycle of the VascuTherm  therapy system simulates natural walking action. This increases blood flow to the heart through the veins of the lower extremities to reduce the risk of clot formation.

Compression therapy provides compressed air to the therapy wrap and transfers pressure to the treatment site. This added external pressure aids in reducing the pooling of blood and lymphatic fluid in the targeted extremity. The compression treatment provided by the unit uses a preset pressure setting and cycle time.

Cold Therapy passes cool fluid through the wrap for the management of pain, discomfort and swelling. If prescribed, Cold therapy can be used in combination with Pneumatic Compression therapy. Temperature range 43 degrees F to 49 degrees F.

Heat Therapy passes 105 degree F fluid through the wrap for the management of pain and discomfort. If prescribed, Heat therapy can be used in combination with Pneumatic Compression therapy.   

Thermal Contrast Therapy passes fluid through the wrap in an alternating cycle of Cool-Heat-Cool-Heat for the management of pain, discomfort and swelling. During Thermal Contrast Therapy, the unit will cool down the circulating fluid to 49°F for twenty (20) minutes and then heat up to 105°F for ten (10) minutes. This cycle is repeated until the prescribed duration of treatment is completed.

• Helps Prevent Onset of Deep Vein Thrombosis (DVT): PlasmaFlow helps prevent DVT, a leading factor for hospital readmission following major orthopedic surgery.
• Provides Possible Alternative to Anticoagulants: PlasmaFlow offers physicians another option to help tailor preventative care to patient risk and provides an alternative for patients contraindicated for anticoagulants.
• Provides Convenient Home Therapy: As hospital stays continue to shorten, PlasmaFlow provides a portable solution for patients to take home and keep. This allows facilities to offer mechanical DVT prophylaxis for the 2-3 weeks patients need it most, without the hassle of renting or servicing equipment.
• Improves Patient Experience: PlasmaFlow enables patients to have the prophylaxis they need, in a simple, easy to use device without tubes or hoses.
• Lowers Total Costs: Bundled payment of care initiatives are driving single payment for an orthopedic episode within 30-90 days of surgery, including costly DVT readmissions. By reducing DVT-related expenses and potentially reducing costs for anticoagulant regimes or compression device rental programs, PlasmaFlow helps reduce the total cost of the episode.

OnLux’s pain-relieving technology uses the perfect combination of three different Red Light and Near-Infrared light wavelengths to relax the muscles, improve circulation, decrease inflammation, expedite tissue repair and the healing process. It is designed to be used at home or on the go because it is easy to use anywhere with just a few 5-minute sessions a day!

This is one of the most optimized wavelengths for light therapy. Optimal cellular absorption of this wavelength’s output ensures maximum effects during use.​ ​

830nm LEDs emit the most energy per watt compared to other LED wavelengths. These infrared LEDs are also the most penetrative, delivering energy deeper into the body and designed to coincide exactly with peak absorption. This is one of the best wavelengths to get a combination of deeper penetration and cellular interaction.​

As we near 950nm, we are approaching the peak interaction of light with H2O in the body. Although some of the energy is also interacting with the tissue and performing the same function as the 800 to 850nm laser, the bulk of the energy goes to creating thermal gradients in the H2O that increase circulation and blood flow