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iREACH IRIS medical imaging solution designed for precise laparoscopic visualization
iREACH IRIS
The iReach Omnia is a versatile surgical stapler device designed to provide surgeons with unparalleled control and adaptability. As a premier surgical stapling device, it features up to 90° articulation and a tissue-adaptive firing control that automatically adjusts to tissue thickness, ensuring consistent staple formation and better patient outcomes. This surgical stapler enhances surgical precision in complex and confined spaces, making it an ideal choice for a wide range of procedures. Its intelligent reload recognition and diverse reload portfolio further solidify its position as a leading innovation in surgical stapling devices.
iREACH Omnia 
As a trusted Surgical Stapling Products Manufacturer, we've designed the Circular Stapler for demanding procedures. This device is a dependable stapler for gastrointestinal surgery. Offering precise control and a thinner anvil for easier manoeuvring in tight anatomical spaces. With features like its adjustable staple height and extended shaft length, this device delivers reliable, consistent results.
iREACH Magnum Powered Stapler
As a trusted Surgical Stapling Products Manufacturer, we've designed the Circular Stapler for demanding procedures. This device is a dependable stapler for gastrointestinal surgery. Offering precise control and a thinner anvil for easier manoeuvring in tight anatomical spaces. With features like its adjustable staple height and extended shaft length, this device delivers reliable, consistent results.
Circular Stapler
As a trusted Surgical Stapling Products Manufacturer, we've designed the Circular Stapler for demanding procedures. This device is a dependable stapler for gastrointestinal surgery. Offering precise control and a thinner anvil for easier manoeuvring in tight anatomical spaces. With features like its adjustable staple height and extended shaft length, this device delivers reliable, consistent results.
Linear Cutter
PPH Tailored for Prolapse and Haemorrhoid Repair Key Differentiators Adjustable Staple Height (0.8–1.5 mm) Allows tailored compression based on tissue thickness. Staple Configuration Enhances haemostasis and ensures reliable specimen capture. Large Housing Cavity Accommodates more tissue for effective resection​. Fixed Anvil Prevents accidental detachment during firing for added safety. Longer Central Rod Improves visibility and access during placement. 4 Suture Thread Ports Facilitate quick and secure suture housing Designed with Surgeons in Mind Precision Compression Control Adjustable staple height gives surgeons precise control over tissue compression. 32-Staple Design for Enhanced Hemostasis A higher staple count improves tissue compression, reduces bleeding, and ensures reliable specimen retrieval during the PPH procedure. Stable, Secure Firing Fixed anvil enhances stability and accuracy. Enhanced Access 63mm central rod and large cavity improve surgical access and visibility. Delivering Better Patient Care Reliable Staple Formation Consistent staple formation and tailored compression improve tissue sealing and healing Reduced Post-op Risks Minimises bleeding and risk of post-operative complications Effective Tissue Resection Larger housing enables more effective tissue removal, improving surgical outcomes Hospital Operational Excellence 1 Streamlined Surgical Workflow Preloaded and adjustable systems streamlines workflow. 2 Fewer Instruments Needed Reduces the need for multiple tools or steps in procedure setup. 3 Faster Team Adoption Fixed design and ease of use support faster learning and reliable performance across surgical teams. 4 Easy Suture Setup Thread ports simplify suture setup, reducing preparation time. Specialties Haemorrhoid & Prolapse Used in the surgical treatment of haemorrhoids and rectal mucosal prolapse. Its adjustable height, fixed anvil, and large cavity support safe, effective resection and reconstruction in anorectal surgeries Related Products Circular Stapler Read More Linear Cutter Read More iReach Magnum Powered Stapler Read More iReach Omnia Read More Regulatory Notice: PPH is subject to local regulatory approvals.
PPH
The OP 9 is a versatile surgical energy platform, notable as the first of its kind to offer Dual Energy Output, supporting both ultrasonic and bipolar instruments from a single generator. It features advanced Tissue Sense™ Technology that monitors tissue impedance to ensure optimal energy delivery and minimize thermal spread, leading to cleaner cuts and less trauma. This system is capable of achieving reliable sealing of vessels up to 7mm, decreasing the risk of intraoperative bleeding and post-operative complications. With its 7-inch Touchscreen Interface and compact design, the OP 9 is designed for intuitive control and operational excellence across specialties like General, Gynecologic, Urologic, and Colorectal surgery. The OP 9 platform is a multimodal surgical energy device capable of supporting a variety of energy outputs, enabling intraoperative selection of ultrasonic, advanced bipolar, or monopolar energy, meeting diverse surgical needs in the operating room. Its core components are high-performance generators, ensuring stable energy output and seamless switching between multiple energy types. Its advanced Tissue Sense™ Technology combines adaptive tissue technologies to achieve intelligent sensing of tissue status and energy regulation, support energy conversion at different frequencies, effectively improve temperature management, and ensure the safety and efficiency of the surgical process. The compact design not only saves space, but also optimizes the use of space in the operating room, facilitates the layout of the operating room and the integration of equipment, and improves the user experience of the equipment. OP 9's energy portfolio is comparable to that of leading brands such as Olympus. As an all-in-one solution, it provides comprehensive energy solutions and supports flexible selection of monopolar or bipolar, ultrasonic or other energy types to meet the diverse needs of different surgeries.
OP 9
The Enerseal Vessel Sealer/Divider is a surgical instrument designed for highly efficient procedures, featuring a One-Stop Sealing and Dividing Mechanism that seamlessly seals and cuts vessels in a single step, thereby reducing overall procedure time. It is engineered with a Curved Jaw Design for excellent tissue grasping and enhanced visibility, complemented by 360° Continuous Rotation for superior maneuverability in complex anatomical spaces. This device ensures secure sealing for vessels up to 7mm and incorporates a proprietary Anti-Sticking Coating to prevent eschar buildup and tissue charring. The Enerseal Vessel Sealer/Divider is optimized to work seamlessly with the OP 9 generator, delivering consistent performance for a wide range of surgeries.
Enerseal Vessel Sealer/Divider
Sound Reach 8000 The Sound Reach 8000 is a compact, smart ultrasonic generator system engineered for precise performance during surgery. Its core innovation is Tissue Sense™ 2.0 technology, which automatically and consistently adjusts energy output based on tissue resistance, eliminating the need for manual adjustments and keeping the surgeon focused. The system is highly versatile, featuring 7mm Vessel Sealing capability and compatibility with both its own and existing generator systems, allowing hospitals to reduce capital costs. With a sleek design and an intuitive 7-inch Touchscreen interface, the Sound Reach 8000 simplifies setup and operation while promoting patient safety through its automatic power adjustment after transection. The Sound Reach 8000, a surgical energy solution defined by its commitment to Smart Energy and Precise Performance. A key differentiator is the innovative Tissue Sense™ 2.0 technology, which automatically adjusts energy output based on tissue resistance to ensure smooth, consistent cutting across various tissue types. This intelligent system minimizes the need for constant manual adjustments, allowing surgeons to maintain focus and enhance patient safety. Furthermore, the device is capable of safely sealing vessels up to 7mm, helping to reduce blood loss and post-operative complications. The Sound Reach 8000 features a sleek, compact generator with a large 7-inch intuitive touchscreen and a multi-lingual interface for faster setup and easy operation in the OR. Crucially, the system is designed for versatility and is compatible with existing generator systems, maximizing flexibility and minimizing capital upgrade costs for hospitals.
Sound Reach 8000
The SR7 Series Shears are precision energy instruments distinguished by their reliable 7mm Vessel Sealing Capability, leveraging an Advanced Haemostasis feature to safely close larger vessels. They incorporate an Enhanced Jaw Design that significantly elevates grasping force, simplifying tissue manipulation and enabling faster, more secure sealing and transection. Designed with surgeon comfort in mind, the shears feature an Ergonomic Handle Design to improve grip and reduce hand strain during lengthy procedures. This combination of secure tissue handling and faster operating speeds helps shorten surgical time, making the SR7 Series a valuable tool across multiple specialties including Colorectal and Gynaecologic Surgery.
SR7 Series Shears
In recent years, robotic surgery, as an advanced form of minimally invasive surgery, has driven significant technological breakthroughs in the surgical field. Compared to traditional open surgery and laparoscopic surgery, robotic surgery significantly improves procedural safety and precision through the use of high-precision robotic and surgical systems. The da Vinci system, one of the first FDA-approved robotic surgical systems, represents the global leadership of da Vinci surgical equipment in minimally invasive surgery. The robotic system, consisting of a robotic device, a control console, and a robotic arm, allows doctors to remotely control the robot to perform complex surgical procedures and operations, significantly reducing blood loss and improving patient outcomes and care. The capabilities of robot-assisted and robotic systems have led to their widespread use in a variety of surgical procedures, including urology, gynecology, cardiac surgery, and heart surgery, enhancing patient experience and recovery. With the integration of imaging technologies such as CT scans, treatment procedures for various diseases have become more precise and personalized. The continued development of robotic surgery, robotic surgical and robotic surgical systems indicates that future surgical operations will continue to innovate in systems, devices and technologies, bringing better results and higher medical quality.
OMNIBOT
OMNIVUE is a state-of-the-art imaging system from Genesis Medical Technologies, engineered to provide surgeons with unprecedented Clarity, Detail, and Confidence during a wide range of minimally invasive procedures. It delivers crisp, high-resolution imagery thanks to True 4K Ultra HD Clarity and Intelligent Image Processing, significantly enhancing anatomical recognition and surgical precision。OMNIVUE's high-resolution imaging technology provides strong support for otolaryngology and urology diagnosis, helping clinicians improve diagnostic accuracy and efficiency. The system is equipped with advanced features like Advanced ICG Fluorescence and Automatic White Balance and Smoke Reduction, which together ensure optimal visibility even during heavy electrosurgical use. Surgeons benefit from enhanced visual control through dual-display and multi-modal imaging, which allows for the simultaneous viewing of white light and fluorescence.
OMNIVUE
Surgical Precision and Ergonomics in Hand Instruments The selection of high-quality hand instruments, such as retractors, forceps, and needle holders, is critical to successful surgical execution. Modern instruments are fabricated from premium-grade stainless steel, designed not only for durability but also for optimal weight and balance, significantly minimizing surgeon fatigue during lengthy and complex cases. Retractors are engineered in various shapes and sizes—including self-retaining models—to provide consistent, atraumatic tissue exposure, which is vital for maintaining a clear surgical field. Needle holders incorporate specialized jaw inserts, often with tungsten carbide, to ensure a non-slip grip on fine suture needles, thereby enhancing knot-tying precision and security. The design of these essential tools directly impacts the surgeon's ability to perform delicate manipulations, upholding the standard of care in every procedure.
Absorbable Sutures
Wound Closure Solutions begin with safe and precise access, and that is where Advanced Trocar Technology for Minimally Invasive Access proves essential. Trocar systems are foundational to creating safe and stable ports in laparoscopic and robotic-assisted surgery. Beyond basic access, advanced trocars feature sophisticated designs to enhance performance. These designs include bladed, bladeless, and optical tips, allowing surgeons to select the least traumatic insertion method for different patient anatomies and tissue planes. Many modern trocars also incorporate cannula retention mechanisms and specialized threading to prevent slippage during instrument exchange and manipulation, ensuring a secure and leak-free working channel. The choice of trocar diameter and length is crucial for managing instrument triangulation and minimizing the fascial defect size, which directly influences postoperative pain and the risk of port-site herniation. Proper trocar placement, therefore, is the first step in optimizing the entire minimally invasive workflow, setting the stage for effective subsequent Wound Closure Solutions.
Non-Absorbable Sutures
Surgical Sutures are a cornerstone of Wound Closure Solutions, yet for rapid and consistent tissue management in complex internal procedures, Innovations in Powered and Articulating Surgical Stapling are indispensable. Surgical stapling technology has evolved from manual devices to advanced powered and articulating platforms that provide unparalleled consistency and control in tissue management. Modern staplers are designed for single-handed operation, delivering immediate feedback to the surgeon and ensuring a uniform staple formation, which is a key factor in preventing anastomotic leaks. Features like the 90° articulation and slim anvil profile allow unprecedented access into deep and confined anatomical spaces—crucial for procedures in colorectal and thoracic surgery. Furthermore, staplers now often utilize diverse cartridge options with varying staple heights and material thicknesses to accommodate a wide spectrum of tissue viability and compression requirements, dramatically improving surgical versatility and long-term patient outcomes.
Knotless Barbed Suture
ENDO REACH RLCZ endoscopic linear cutting stapler for minimally invasive surgical procedures
ENDO REACH RLCZ
Linear Stapler best equipment
REACH Linear Stapler
Advanced medical device designed to support precision and efficiency in modern surgical procedures
ENDO REACH ENDO III
Reach Products

Setting the Benchmark for Surgical Excellence

Through our precision-engineered solutions and unwavering reliability, we empower physicians to push the boundaries of surgical care , ensuring each procedure leads to a brighter, healthier future .