MediQuin Medical

CoLink? PCR (Carbon-Fiber Reinforced Plating) To request a demo, message us today! #FootAndAnkle #FractureFixation #RestoreMobility #BoneHealing #Podiatry

CoLink? PCR (Carbon-Fiber Reinforced Plating) system is a state-of-the-art orthopedic solution designed for?foot and ankle fixation procedures. It is primarily used for: 1. Fractures:?Stabilizing and supporting fractures in foot and ankle bones. 2. Fusions:?Assisting in joint fusion procedures to restore stability and function. 3. Osteotomies:?Providing structural support during corrective bone-cutting surgeries. 4. Reconstruction:?Rebuilding and stabilizing damaged or weakened bone structures. Key Benefits: - Durability & Lightweight Design:?The carbon-fiber reinforcement provides exceptional strength while remaining lightweight. - Radiolucency:?The plates are radiolucent, making it easier for surgeons to monitor healing progress on X-rays without interference. - Versatility:?A wide range of sizes and shapes to accommodate various surgical needs. - Biocompatibility:?Engineered to reduce irritation and promote optimal healing in the surrounding tissues. The CoLink? PCR system is trusted by surgeons for its innovative design, allowing precise, reliable, and minimally invasive surgical solutions. Perfect for delivering long-term stability and restoring mobility. #CoLinkPCR #OrthopedicInnovation #FootAndAnkleSurgery #CarbonFiberPlating #SurgicalExcellence

The ConMed ClearGuard LE? Endoscopic Soft Tissue Release System is a medical device designed for minimally invasive procedures, specifically in soft tissue release surgeries. Its primary use is to aid surgeons in performing precise and controlled soft tissue releases, commonly in areas such as tendons or ligaments, while minimizing damage to surrounding structures. Key Uses: 1. Minimally Invasive Soft Tissue Release: - Used for procedures like releasing tight or restricted soft tissues that can cause pain or functional limitations. - Common applications include treating conditions like carpal tunnel syndrome, plantar fasciitis, or other areas requiring tendon or ligament releases. 2. Enhanced Visualization: - The system incorporates endoscopic technology, providing real-time, clear visualization of the surgical site, allowing surgeons to work with greater accuracy. 3. Precision Cutting: - It includes specialized cutting tools and blades designed for controlled, safe incisions. This helps reduce the risk of accidental damage to surrounding tissues. 4. Improved Patient Outcomes: - The minimally invasive approach often leads to reduced postoperative pain, faster recovery times, and smaller scars compared to traditional open surgery. Why It's Beneficial: Efficiency: Streamlines the procedure by combining visualization and precise instrumentation in one system. Safety: Reduces the risk of complications by allowing for targeted tissue release. Patient Comfort: Minimally invasive techniques typically result in quicker recovery and less downtime. To know more, visit mediquinmedical.com. #OrthopedicCare #SurgicalInnovation #FastRecovery #PrecisionMedicine

Reimagine ankle replacements with the In2Bones Total Ankle System. ?? Precision-engineered for seamless performance and happier patients. Let’s take your practice to the next step! ??♂? Visit mediquinmedical.com to learn more. #PodiatrySolutions #In2Bones #AnkleInnovation

Introducing the MAXX PRP? by Royal Biologics – Empowering Clinicians with Precision PRP for Tailored Healing Solutions! Learn more at mediquinmedical.com. #AdvancedHealing #LeukocyteRichPRP #RoyalBiologics #OrthopedicCare

The CoLink? NeoFuse Plating System is a cutting-edge solution specifically designed for the anterior fixation of ankle arthrodesis and fractures, including those involving the distal tibia and talus. This innovative system provides enhanced stability and compression to promote optimal healing while offering ease of use and precision during surgery. Key Features and Benefits: 1. Anatomically Contoured, Low-Profile Plates The CoLink? NeoFuse Plating System includes plates that are anatomically contoured to match the natural shape of the ankle, offering a low-profile design that minimizes soft tissue irritation. This design ensures that the plates fit seamlessly while providing strong, reliable fixation. 2. Anterior and Anterolateral Plate Configurations The system includes both anterior and anterolateral plate configurations to provide flexibility in treating various types of fractures and arthrodesis. These configurations allow the surgeon to select the optimal plate based on the patient’s anatomy and specific surgical needs. 3. Side-Specific Targeting Guides for Precision Each plate comes with side-specific (right or left) targeting guides designed to accurately place a transverse compression screw outside of the plate. This ensures precise screw placement and added compression at the joint, which is critical for improving alignment and stabilizing the fracture for faster recovery. 4. Guided Medial-Lateral Compression Screw Placement The system also includes guided medial-lateral compression screw placement, allowing for better control of compression at the fracture site. This feature helps optimize the reduction of the fracture and enhances the stability of the joint, promoting quicker healing and a more successful long-term outcome. 5. Versatile Surgical Approach Whether you're treating fractures, non-unions, or conducting arthrodesis, the CoLink? NeoFuse Plating System is designed to handle a wide variety of clinical scenarios. Its versatility makes it an ideal choice for surgeons who need reliable fixation options for complex ankle injuries. Why Choose CoLink? NeoFuse? With its combination of precise anatomical design, flexibility in configuration, and enhanced compression capabilities, the CoLink? NeoFuse Plating System provides an advanced solution for achieving optimal outcomes in ankle fracture fixation. Surgeons can trust the system’s ease of use and precision, ensuring faster recovery and improved patient satisfaction. For more information, visit mediquinmedical.com. #OrthopedicSurgery #AnkleFracture #CoLinkNeoFuse #FractureFixation #MedicalInnovation #SurgicalSolutions #AnkleArthrodesis #PatientCare

BioBrace? Reinforced Implant To request a demo, message us today! #MediQuinMedical #TissueRegeneration #MedicalInnovation #BioBrace #OrthopedicHealing

The In2Bones Reference Toe System is a cutting-edge solution designed for the surgical treatment of toe deformities, including hammertoe and claw toe. This system focuses on providing orthopedic surgeons with a comprehensive toolkit for precise, durable, and patient-specific repairs. Key features include: ? Anatomic Implant Design - Offers a range of implants that mimic natural anatomy for better toe alignment and long-term stability. - Constructed with durable, biocompatible materials to enhance longevity and patient outcomes. ? Cannulated Technology - Enables guided surgical precision, reducing potential errors during implantation. - Simplifies the procedure with enhanced visualization and controlled placement. ? Ease of Use - Designed with surgeon-friendly instrumentation for efficient implantation and removal. - Minimizes procedure time while maintaining surgical accuracy. ? Minimally Invasive Approach - Limits soft tissue disruption, reducing recovery time and postoperative discomfort for patients. - Supports a faster return to mobility and daily activities. ? Versatility - Accommodates a wide variety of toe deformities, allowing for tailored treatment plans. - Suitable for a broad spectrum of patient anatomies and surgical preferences. Visit https://lnkd.in/eWi7-hDW to know more. #FootAndAnkleSurgery #OrthopedicSolutions #SurgicalPrecision #HammertoeRepair #ClawToeCorrection #ToeSurgeryTools

Introducing the FIBRINET? from Royal Biologics, a system used to treat issues such as tendon and ligament injuries, as well as degenerative joint conditions. By using autologous (self-donated) blood components, the Fibrinet? system minimizes the risk of immune reactions or infections and aims to accelerate the healing process, reduce inflammation, and improve patient outcomes. Its focus on convenience and efficiency makes it a valuable tool for orthopedic surgeons looking to incorporate regenerative therapies into their treatment protocols for foot and ankle patients. Visit mediquinmedical.com to know more. #TissueRegeneration #PlateletRichPlasma #FusionSuccess #AutologousHealing #OrthopedicSurgery #PRFM

Meet the CERAMENT Bone Void Filler! A fast-setting, injectable bone graft substitute that combines hydroxyapatite and calcium sulfate for optimal bone regeneration. With enhanced osteoconductivity and long-term structural support, CERAMENT is easily injectable, moldable, and radiopaque for precise placement and drillable post-setting for secure hardware augmentation. Engineered to aid bone in-growth and resorption balance, CERAMENT is the versatile choice for bone void management in both open and minimally invasive surgeries. Visit mediquinmedical.com to know more. #OrthopedicSurgery #SurgicalInnovation #BoneHealing #MinimallyInvasive #BoneRepair