RevoCart, is a cartilage repair procedure and a milestone for knee cartilage surgery. As exercise gains more popularity and society continues to age, the number of people suffering from degenerative arthritis and sports-related joint injuries has been increasing. With a one-step minimally invasive procedure, this technology has assisted many patients in successful autologous knee cartilage repair. 

• Minimal invasive surgery shortens recovery time.

• Successfully launched in Taiwan market.

• Good clinical performance with over 5 years of patient follow-up.

The "SootheCut" Autologous Adipose Precursor Cell Collection Kit offers the following advantages:

Rapid isolation of adipose stromal cells and acquisition of a sufficient quantity of cells for physician use, eliminating the need for in vitro amplification. This reduces the risk of cell contamination and degeneration caused by in vitro amplification.

Eliminates the need to set up GTP-level laboratories for stem cell therapy purposes, reducing hospital costs.

Patients require only one surgical anesthesia process to complete the adipose stromal stem cell-related tissue engineering organ repair.

Automated design does not require operation by professionals, making the process fast and safe.

Aplus Spear Locking Plate System features enhanced post-surgical stability through screw direction guidance, interlocking threads for increased strength, and minimized soft tissue irritation by embedding into the medullary cavity. This design improves stability, reduces pain and infection risk, and accelerates recovery.

The 3D printing customized guide plate for high tibial osteotomy (HTO) surgery is a cutting-edge tool designed to improve surgical outcomes. By utilizing 3D printing technology, each guide plate is tailored to the patient's specific anatomy, ensuring precise bone cuts and optimal alignment during the procedure. This customization facilitates a more accurate and efficient surgery, reducing operation time and enhancing recovery. The use of a personalized guide plate significantly contributes to achieving better post-operative stability, alignment, and overall patient satisfaction in HTO surgeries.

1. Combination for curing light and examination light with high power one sec cure.

2. Broadband LEDs used in more fitting to phenyl propanedione and Lucirin TPO photoinitiator.

3. White light LED support various inspections, reduce the need and expense of diagnostic X-rays. Visual imaging fracture, caries and root canal.

4. Built-in Radiometer to easily check the light intensity.

InnoClip™ Clip Applier is the professional surgical ligation device employed in the laparoscopic minimal invasive surgery (MIS) to occlude vessels and tissues during the surgical procedure. This unique device features with automatic clip feeding to save clip reloading time, the anti-back mechanism and tissue-stop design to prevent clip dislodgement during the firing and clip formation sequence, and the clip inner groove texture to ensure outstanding on-structure clip retention. Both disposable clip applier and reusable type with reusable handpiece and disposable clip cartridges are available.

Inno-Hook™Reusable Clip Applier & Ligating Clips are polymer ligation systems for the laparoscopic procedure of minimal invasive surgery (MIS). 

The Inno-Hook™ Ligating Clips are single-fire polymer clips with locking and inner ridges designed to secure clip retention, available in three sizes (ML, L, XL) applicable to 3-16mm vessel and tissue range.

The Inno-Hook™ Reusable Clip Applier is innovative with the changeable tip, which allows the replacement of worn-out jaws and exchanging to extended jaw for bariatric surgery and angled jaw for lobectomy. 

InnoClip™ Clip Applier is the professional surgical ligation device employed in the laparoscopic minimal invasive surgery (MIS) to occlude vessels and tissues during the surgical procedure. This unique device features with automatic clip feeding to save clip reloading time, the anti-back mechanism and tissue-stop design to prevent clip dislodgement during the firing and clip formation sequence, and the clip inner groove texture to ensure outstanding on-structure clip retention. Both disposable clip applier and reusable type with reusable handpiece and disposable clip cartridges are available.

The RETINA combines intelligent medical technologies and services which can integrate digital medical imaging for better surgical accuracy. It is compatible with a vast range of instruments already used in the OR, which have become a perfect complement while working during surgery.

The RETINA also reduces unnecessary tissue injuries, to aid in minimally invasive surgeries, improve surgical quality, and reduce the risk of surgical complications, which provide overall better medical service for patients.

The RETINA gathers the state of the art of navigation combining it with perfect accuracy during diverse surgical procedures including Neurosurgery, E.N.T., Craniofacial, Plastic Surgery, Oral and Maxillofacial Surgery.

Benefits for the surgeons:

●Monitor the position of the instrument tip as well as the direction and distance of target area in real time

●Precise optical space location technology helps to remove lesions effectively

●Increase the accuracy of surgery

Benefits for the patients:

●Minimally invasive surgery. Faster recovery with less trauma.

●Reduce the risk of surgical complications and hemorrhage.

●Increase the safety of surgery for patients.

Benefits for the hospitals:

●Preplanned surgeries that allow doctors and nurses to save time and resources in the OR.

●Instrument adaptability: hospitals work with the range of instruments they already have. RETINA adapts to them and not otherwise.

Brilliant your Works in OR

Mediland QuadLED surgical light addresses this issue with its advanced inner color mixing system. Using four chips LED latest technology, it offers a wide range of color temperatures, eliminating the rainbow effect (Colored-Shadow ) and providing a uniform and gentle high-quality light source.

Mediland's proprietary iCARE mode further enhances this technology by calibrating both illumination and color temperature. This feature prevents the surgical team from exceeding optimal illumination levels, thereby maintaining visual comfort and focus throughout procedures.

The QuadLED surgical light represents a major improvement in surgical lighting technology. It excels in optical performance and prioritizes user experience, offering superior solutions for operating rooms.

Eye Care, We Care

NaoTrac is the first Neurosurgical Navigation Robot, it merges high-precision technology and surgeons’ experience to improve accuracy and outcome by streamlining surgical procedures and improving the learning curve. Brain Navi’s exclusive Surface Mapping auto-registration Technology (SMART) platform merges Machine Vision, Robotic, and AI technology to achieve real-time imaging and minimal invasive outcomes for precise Surgery. Robot-Assisted Surgery with fast and accurate navigation with non-contact registration, pre-operating planning preparation, and choosing the surgery pathway with a 3D vision for exact anatomical location. The unique autonomous procedure allows the surgeon to plan and let NaoTrac act as his assistant to precisely insert the instrument into the target lesion position. The brain surgery robot is developed to be used in Biopsy, Tumor Ablation, Endoscope, EVD, SEEG, or DBS procedures.

Introducing the world's first AI-integrated graphics card with Intel processors and intelligent cooling. Certified by Olympus and Japan's Ministry of Health, it's adopted for clinical cancer diagnosis. Designed for surgical wards, it features a 24-inch screen, exclusive antibacterial touch, waterproof design, and integrates with various medical instruments. It ensures safety with special insulation, signal isolation, and backup battery for data preservation. ISO, MDR, FCC/CE/VCCI Class B certified.

"-Integration enhances safety.

-Visual guidance reduces errors.

-Single-use prevents infections.

-CMOS sensor for stable imaging.

-High-quality image with auto white balance.

-Patent portfolio ensures usability."