MEDIA CENTER

Longest Medical’s localized cryotherapy device LGT- 2410S has recently obtained approval from Health Canada, marking a significant step forward in the field of physiotherapy treatments. This innovative technology holds tremendous potential to revolutionize the way we approach localized pain management and recovery, offering targeted cooling benefits to alleviate various conditions. Let's delve into the details of this remarkable achievement and explore the potential benefits it brings to the healthcare industry and individuals seeking effective and non-invasive pain relief.

Health Canada Approval and Safety Standards

The granting of Health Canada approval to the localized cryo device LGT-2410S underscores its efficacy and adherence to stringent safety regulations. Health Canada is recognized globally for its rigorous evaluation process, ensuring products meet high standards in terms of safety, quality, and performance. The approval serves as an endorsement of the device's proven benefits and paves the way for its use in medical settings, offering healthcare professionals a powerful tool for addressing localized pain and muscle recovery.

What’s Localized Cryotherapy

Localized cryotherapy is a technique that involves applying cold temperatures to specific areas of the body to promote healing and alleviate pain unlike whole-body cryotherapy, which exposes the entire body to extremely cold temperatures, localized cryotherapy targets precise areas, allowing for a more focused and efficient treatment approach. This technique utilizes cryotherapy devices that deliver controlled cold therapy to the affected body part, employing various methods such as cryogenically cooled air, nitrogen gas, or even cold water circulation.

Benefits of Localized Cryotherapy

The newly approved localized cryotherapy device LGT-2410S holds immense potential for a wide range of applications in pain management and recovery. Here are several key benefits it offers:

1. Targeted Relief: By delivering cryotherapy directly to the affected region, this device can provide focused pain relief, reducing inflammation, and facilitating faster recovery.

2. Non-Invasive Treatment: Unlike certain invasive medical procedures or systemic pain medications, localized cryotherapy is non-invasive and does not involve the use of drugs, making it an attractive option for those seeking alternative, drug-free pain management solutions.

3. Enhanced Joint Mobility: The localized cooling effect can help reduce swelling and stiffness, enhancing joint mobility and range of motion. Athletes, in particular, may find this feature valuable in accelerating post-workout recovery and reducing the risk of injuries.

4. Accelerated Healing: Cryotherapy has been shown to stimulate blood circulation, which can foster faster healing of damaged tissues and promote tissue regeneration.

5. Customizable Treatment: The device's adjustable settings allow healthcare professionals to tailor the treatment to individual needs, ensuring optimal therapeutic outcomes.

Localized Cryotherapy Device LGT-2410S

The localized cryo device LGT-2410S is meticulously designed and manufactured to offer unmatched precision, efficacy, safety, and ease of use, helping healthcare providers treat pain and soft tissue injuries more effectively and easily.

The device combines the effect of cold and pressure. In the cylinder, the CO₂ liquid is pressurized. When treating, the valve opens and the gas streams out through the applicator and hits the targeted area at a temperature of -78℃ and a pressure of 50 bars. At room temperature, hitting the treatment site at a distance of 4cm can lower the skin temperature of the treatment site to 4℃ in the 30s.

Features:

• Intuitive 10.1-inch full-color touchscreen
• Real-time detection of skin temperature
• Display of remaining time and thermogram 
• Rotary knob to adjust treatment time precisely in seconds
• Therapeutic encyclopedia with image guidance
• Hypothermia pop-up with automatic stop and light cues
• Blue LED light to localize the treated area for more precise and effective treatment
• Pain assessment function to track the treatment progress and effectiveness
• Preconditioning function to judge patient’s tolerance to the treatment and improve patient compliance
• Anti-frosting design of the nozzle for long service life
• Ergonomic applicator designed with a screen to display real-time temperature and treatment time
• Data export and software update via USB

Implications for the Healthcare Industry and Beyond

The approval of this localized cryotherapy device by Health Canada signifies a significant leap forward in pain management and recovery therapies. With its precise and targeted approach, the device holds immense potential in various healthcare settings, including sports medicine, physical therapy, orthopedics, and rehabilitation clinics. Patients with acute injuries, chronic pain, or conditions such as arthritis can now benefit from this innovative technology, enjoying safe and effective pain relief.

Furthermore, localized cryotherapy can help dissolve local fat deposits and stimulate the production of collagen to improve skin elasticity. The versatility of localized cryotherapy makes it a valuable addition to wellness centers, spas, and fitness facilities, enabling them to provide advanced treatments to their clientele. The non-invasive nature of this therapy, coupled with its potential benefits, may encourage individuals to explore it as an adjunct to traditional therapies, expanding treatment options and improving overall patient experiences.

Conclusion

The Health Canada approval of this novel localized cryotherapy device marks a significant milestone in Longest Medical’s efforts in the field of pain management and recovery therapies. Its efficacy, coupled with the non-invasive nature of the treatment, opens up new avenues for patients seeking effective solutions to localized pain and limited mobility. The versatility and customizable nature of this device provide healthcare professionals with a powerful tool to address a diverse range of conditions, ultimately improving patient outcomes and enhancing their quality of life.