State of the art surgical equipments for diagnosis, surgery and more.
The Leica M320 dental microscope supports you to achieve your goal of delivering excellent surgical outcomes. It provides premium optical quality to enhance your visualization of fine anatomical details and significant ergonomic advantages that help you to work comfortably throughout your career. Plus to support your patient relationships, the full HD camera enables you to explain procedures via video or live image, then transfer the data to patient files for comprehensive documentation.
The Leica M822 surgical microscope, with enhanced Red Reflex, meets the highest professional requirements of ophthalmic surgeons to perform cataract surgery more precisely and efficiently.
•Unique illumination solution combining LED and halogen for brilliant, stable Red Reflex
•Ergonomic design for intuitive control of the system and comfortable working position
•High-definition video to share and discuss cases
•Open architecture for easy integration of vitreoretinal accessories
•Interchangeable floor stands F40 or F20 for upgradability
A premium class of ophthalmic surgical microscopes that offers optimal solutions particularly for posterior and high-end anterior segment surgery.
Combined with the Leica M844 APO OptiChrome™ optics and direct halogen illumination, the system offers the best clarity, contrast, and sharp, true anatomical color images at safer low-light levels. The result: a safer linkage between the diagnostic and surgical image.
Features, such as the QuadZoom™ technology, the Double Wing Assistant Bridge, and HD recording – exclusively available from Leica Microsystems – make it furthermore the ideal microscope for Teaching Institutes and University Hospitals.
Exclusive FusionOptics technology combined with advanced optics and TriFluoro – three integrated fluorescence modes – enable surgeon to focus on every critical detail. The fully ergonomic design helps surgeon and team to achieve comfortable working positions and avoid physical discomfort. Whether performing delicate neurosurgery, or complex reconstructive microsurgery, surgeon remain focused on delivering optimal results for patients.
The Leica M530 OH6 has been designed to support surgeon in staying focused: It offers optimal visualization thanks to the groundbreaking FusionOptics technology which combines high resolution and increased depth of field. Plus, the truly ergonomic design enables surgeon to operate in a comfortable position. With less physical distraction surgeon can remain focused on the critical task at hand.
The Leica M525 F50 is a multi-purpose surgical microscope combining cost-efficiency and convenience.
Features, such as the fluorescence module Leica FL800, BrightCare™, HD documentation, and others, make it the ideal microscope for procedures in Neurosurgery, Spine, Otolaryngology, and Plastic Reconstructive.
The system provides quality and reliability in every respect: the optics, design, engineering, materials, components, operation, ergonomics and use.
The Leica M525 F40 surgical microscope combines Leica Microsystems’ premium M525 optics, with OptiChrome™ technology, and the new, economical Leica F40 SlimStand™.
Exceptionally bright illumination and outstanding depth of field with extra working distance offer the surgeon the best view.
Designed as a multidisciplinary microscope, the Leica M525 F40 is appropriate for otolaryngology, plastic/reconstructive, and spine procedures.
The Leica M525 F20 surgical microscope combines brilliant optical quality with superior maneuverability. The crisp, sharp images and large depth of field allow the surgeon to see precise details.
The working-distance-based illumination provides enough light for the deepest operative sites while providing more safety for the patient.
Designed as an otolaryngology microscope, the Leica M525 F20 is also ideal for spine, hand, and plastic/reconstructive procedures.
Prestigious Leica optics, motorized 5-step APO-chromatic magnification changer and focus, LED-illumination without fibre optics cables for direct and instant Red Reflex, and upgradeable XY-unit are standard features.
The microscope is also compact and has a long-reach stand system which allows a high degree of positioning freedom.
The Proveo 8 ophthalmic microscope provides the exact image you need at each moment of your procedure. Like a precision timepiece every element of the Proveo 8 microscope interconnects and works in perfect synchrony to optimize your view.
Don’t waste time re-adjusting your microscope during anterior or posterior surgery – work interruption-free with the Proveo 8.
What do you expect of a Leica HD medical grade camera?
•Display of all resolutions and formats
•Brilliant image quality at any time during surgery
•Fast and easy recording
•Data transfer to external storage devices.
The Leica HD C100 camera combines all these benefits in one camera solution achieving bright, sharp videos. With an intuitive user interface, image parameters can easily be adjusted.
The HDMD PRO is a complete medical recording and documentation system that can capture High Definition video and images from two sources at up to 1080p 60fps, capture digital images without interruption of video capture, and store the captured media with patient information. It can duplicate captured videos and images to portable media, network storage, iOS and Android devices, and PACS (Picture Archiving and Communication Systems) for documentation, storage, and presentation.
In neurosurgery it can be difficult to distinguish different types of tissue even with the outstanding optics of a premium surgical microscope. Visualization with a fluorescence module such as the FL400 can aid differentiation as fluorophores are absorbed in different amounts by different tissue types.
Visualizing certain anatomical and physiological features during neurosurgery can be challenging under white light or near infrared ICG fluorescence.
The FL560 fluorescence module enables simultaneous, real-time observation of both non-fluorescent tissue and fluorescent areas, with clear differentiation and contrast.
The proprietary FL560 filter from Leica Microsystems was designed to effectively separate fluorescence excitation light and the observation spectrum. When combined with premium Leica microscope optics, the result is a single real-time view of anatomy and fluorophores with clear differentiation and high contrast.
A ruptured cerebral aneurysm is the third most common cause of death in industrial countries.
With the Leica FL800, for intra-operative fluorescence-aided videoangiography, surgeons can now determine the patency of vessels.
During surgery, the patient is injected intravenously with ICG (indocyanine green) dye, which is well tolerated and spreads quickly. A near infrared camera then shows the bloodstream in black-and-white directly through the surgical microscope eyepieces and/or on a video monitor.
Whether clipping an aneurysm, removing an AVM, performing a microvascular decompression or a bypass, your ability to clearly view and assess cerebral anatomy and blood flow is critical for an optimal outcome.
With GLOW800 augmented reality (AR) fluorescence and ICG you can observe cerebral anatomy in natural color, augmented by real-time vascular flow, with full depth perception.
No more interrupting surgery to switch between the natural microscope image and a flat black and white near infrared video. No more mental gymnastics to recall and reconcile the different views.
An ophthalmic surgical microscope with its crisp, sharp OptiChrome™ optics gives the surgeon natural color, outstanding depth-of-focus and higher contrast for maximum detail recognition.
Leica’s direct halogen illumination system allows the surgeon homogeneous illumination to see crisp images even at low light levels, and provides a stable red reflex.
The jalousie, operated in sterile conditions, optimizes this reflex by generating the perfect illumination with optimum contrast and depth-of-field.
Repeatable sub-millimeter targeting accuracy with a rigid stereotactic system is essential for patient safety in stereotactic neurosurgery. The Radionics® CRW™ precision system maintains unparalleled patient stability and frame rigidity during the most demanding procedures.
•Secure four-pin fixation of the head ring to the patient.
•Secure fixation to the MAYFIELD® head holder.
•Dual locking screws secure each coordinate setting.
•A unique Phantom Base for extra quality assurance through independent target setting verification.
•Versatility of the system.
The C2 NerveMonitor from inomed combines simplicity of use with high quality stable EMG signals and acoustic tones output. The matched electrical stimulation accessories enable intermittent & continuous monitoring to be performed. The main application areas are Thyroid Surgery, Spine Surgery and Facial surgery/ENT.
inomed Neuroexplorer software includes EMG, AEP, SEP, MEP, phase reversal SEP, EEG and VEP capabilities enabling the monitoring clinician to deliver a comprehensive monitoring service.
Intraoperative neural monitoring (IONM) is used in the fields of neurosurgery, cardiothoracic surgery, ear, nose and throat medicine, orthopedics, trauma surgery, vascular surgery, abdominal surgery, as well as general surgery. These systems and techniques can also be used in the ICU.
IONM techniques are used to minimize and prevent risks to motor and sensory nerves during surgery. The technique also assists clinicians to identify nerve structures using neurostimulation, and helps prevent nerve impairment during the operation. IONM applications include aortic aneurysm surgeries, including spinal monitoring with SEP and MEP and SEP monitoring during carotid surgery. In addition, it is also possible to measure and monitor a full range of electrophysiological modalities, including EMG, AEP, MEP, SEP, EEG and VEP, and correlate the results against a common time base.
The most compact and intuitive MER system available.
Deep brain recording and stimulation or extracellular recording in other regions of the brain is potentially a high-risk intervention requiring a precise and systematic approach. The ISIS MER system is a self-contained, micro-electrode recording system that provides all of the hardware and software elements necessary for targeted measurement in MER and neuromodulation techniques. The ISIS MER system can be configured for a wide range of applications and is designed to be easy and intuitive to use.
* Target localization for extracellular recording and deep brain stimulation
* Recording and localization of the core area in case of lesions
Freeze pain with the C3 CryoSystem. Using cryotherapy (cryolesion) techniques, the inomed C3 CryoSystem allows the pain therapist to “put the pain on ice”. Effective treatment of pain has been the goal for clinicians and pain treatment experts throughout human history. Both acute and chronic pains represent a huge challenge for patients, as well as their clinicians, and diminishes the patient’s quality of life. The pain-relieving effect of cold has been known since ancient times. By building on the past and using the latest advances in cryotechnology and pain relief, patients and clinicians are now choosing the state-of-the-art inomed C3 CryoSystem for cryotherapy and pain treatment.
Treatment-resistant, chronic pain in the spinal column region is one of the main indications of cryotherapy and thus the main area of application for the inomed C3 CryoSystem. When medicated pain or injection treatments for chronic back pain do not bring relief, neurodestructive procedures such as cryotherapy and thermolesion can be the solution. Using the inomed C3 CryoSystem and disrupting the conduction pathways of pain with cryotherapy, effective pain relief can be delivered to the patient. The precision cryoprobes from inomed allow for a targeted application of the cooling effect on the affected peripheral nerve.
1. Containers, Trays & Accessories
2. Dental & Oral
3. Ear, Nose & Throat
4. General Operating
8. Neurosurgery & Spine
9. Obstetrics & Gynecology
12. Plastic & Reconstructive
14. Rectal & Genitourinary
15. Thoracic & Cardiovascular
Our instrument selection recognizes and meets a variety of clinical needs for Plastic & Reconstructive Surgery involving Breast, Face, Eye, Abdominal, Nasal, Maxillofacial, Cleft Palate, Hand and many other procedures. In addition, these products are extensively used in Dermatology, Oral & Maxillofacial, ENT, Ophthalmology and General Surgery applications.
1. Ruggles™ Brain Spatulas
2. Ruggles™ Kerrison Rongeurs
3. Ruggles™ Spinal Retraction System
4. Ruggles™ Apfelbaum Surgical Instruments
5. Ruggles™ Microsurgical Bipolar Forceps
6. Ruggles™ Distraction Screws
7. Ruggles™ Fukushima-Day Universal Retraction System
8. Buzz™ Non-Stick Bipolar Forceps
9. LumbarTrak™ Retraction System
10. Ruggles™ Fukushima Tapered Teardrop Suction Tubes
1. Ergonomic C-band (First in the world)
2. Easy controllable of brightness (~70,000lux)
3. Semi-permanent life span of light source (LED)
4. Light weight (about 100g) & wireless
5. Double On & Off system
6. Installable Customised Loupe or Surgical Telescope
7. Two rechargeable batteries : use one, charge the other
8. Operation continuity : 2.5~12hours
* Illumination: 40,000~50,000lux (at distinct distance)
* Operation continuity : over 2 hours
* Weight(Exception rechargeable battery: 42g): 104g
* Affordable head circumference : 534-634mm(crown band), 520-624mm(ring band)
* The angle of illumination from horizontal to downward : 0-33.5 degrees
* Included 1 charger and 2 rechargeable batteries
* Charging time : about 2 hours
* Use Dr. Kim’s specific charger and batteries for safety
* Installable customized loupes or surgical telescope
The MediCap® MVR Lite 4K is a premium-quality, easy-to-use, 4K Ultra HD medical video recorder that introduces stunning detail and clarity to videos and images not seen before with today’s HD technology. With four times the picture resolution of HD medical video recorders, the MediCap® MVR Lite 4K records greater sense of depth and better color distinctions – providing for a more accurate and superior view of surgical procedure recordings.
The MediCap® MVR Lite 4K is perfect for surgery centers, operating rooms and theaters who are using 4K cameras and monitors to achieve the life-like accuracy required for their procedures, and who also require the same level of detail for post-surgery review and conferences.
The MediCap® MVR Lite is the medical industry’s most advanced and compact Full HD Medical Video Recorder. The MVR Lite is the ideal solution to the industry’s demand for medical grade recorders that are affordable, robust, and offer the highest quality in video recordings.
Record Full HD video from your endoscope, arthroscope, surgical camera, ultrasound, etc. New state-of-the art recording platform records Full 1080p at 60 frames per second. This rugged MVR features a stainless steel case and fluid resistant front panel. The compact size allows limitless mounting and installation options.
It’s so easy, no training is needed. Just plug it in and go. You’ll be recording HD videos within minutes of opening the box. New feature! Patient data input and Review function.
Connect a USB Touch Screen instead of a normal monitor and benefit from the intuitive user interface. Several Touch Screens models have been tested and are compatible with the MediCap MVR Lite.
The MediCap USB300 is the medical industry’s easiest, most affordable high-definition recorder. Record up to two weeks of HD video on the internal hard drive or record directly to a convenient USB flash drive. Now you can experience easy, affordable HD video without all the hassles of DVD disks.
Record high-definition video from your endoscope, arthroscope, surgical camera, ultrasound, etc. Save to an internal hard drive or external USB flash drive. Can be accessed via any computer on your network.
It’s so easy, most users never look at the manual. Just plug it in and go. You’ll be recording videos within minutes of opening the box.
With its steel case and fluid resistant front panel, the MediCap is built to withstand the rigors of the OR, and it’s so compact it will fit on any cart.
Osteoplug™ is a bioresorbable implant that is used for covering trephination burr holes in neurosurgery. Its interconnecting porous matrix architecture allows it to be rapidly saturated with marrow, blood and nutrients for bone growth and remodeling.
Long-term clinical trials showed significant bone regeneration, re-covering the burr hole as the material is slowly resorbed by the body and replaced by autologous bone. It has superior mechanical strength and the scaffold architecture minimizes potential injuries to the exposed brain through the burr holes.
•Fully interconnected pores
•Unique flattened button mushroom shape
•Allows a snap fit into burr holes and requires no fixation by screws
•Standard products (diameter by height)
◦15mm by 5mm
◦13mm by 5mm
◦12mm by 5mm
Osteomesh™ is a bioresorbable implant used in craniofacial surgery to repair various types of fractures, like the orbital floor fracture and to fill surgical defects. Its unique architecture allows rapid saturation with marrow, blood and nutrients, thus providing the patient’s own cells with chemical signals that are required for bone growth and remodelling.
The mesh offers a rigid yet flexible scaffold with sufficient mechanical strength that supports bone in-growth and it degrades as bone regeneration and remodelling takes place. Long term clinical trials showed significant bone regeneration, as the material is slowly resorbed by the body and replaced by autologous bone.
•Fully interconnected pores
•Easily cut to any shape
•Standard products (length by breadth by height):
◦50 by 50 by 1.25 (mm)
◦25 by 25 by 1.25 (mm)
*Please contact us for other sizes.
3D PRINTED TO MATCH THE PATIENT’S CRANIOFACIAL DEFECT.
Osteopore patient specific devices are designed to fit the geometry and curvature of the craniofacial defect. All patient specific implants are designed with a thin flange for intimate contact with surrounding bony structures. It is radiolucent, allowing real-time evaluation of
bony regeneration through CT scans.
The world´s first single-use wide angle viewing system.
The BIOM® ready provides the retinal surgeon the same unparalled view they have come to rely on for over 25 years, while addressing the need for maximizing operating efficiency.
* Perfect balance between flexibility and high optical quality
* Uncompromised performance you have come to expect from
the OCULUS BIOM®
* No sterilization “down time” for increased O.R. efficiency
Cool, bright LED light. Simple, quiet and comfortable. Greater Freedom.
•Homogenous illumination across a broad range of surgical procedures
•Cool LED light eliminates concerns over heat generation
•Vibrant color rendition maximizes visualization of critical anatomy
•25,000+ hour lamp life limits uncertainty over system brightness and cost of ownership
•Simple 2-point adjustment enables comfortable fit for all heads of all sizes
•Unique negative-flow cooling system is whisper-quiet
•Easy to reach 4-position intensity switch is mounted on the headband
•Light weight 20′ power cord increases freedom from clutter of floor stands and fiber optic cables
•Light weight battery power allows untethered movement from side to side of the operating table and from OR to OR
We Are Passionate About Putting Surgery in the Best Light.
Sunlight is the ideal light for humans to work. It gives you the color distinction you need in surgery.
Membrane Touchpad Controls:
•Precise light attenuation in 5% increments
•Lamp and System Age meters
•System starts up in Stand-by Mode
•Put unit into Stand-by to block light when removing the cable
DuraGen Plus™, enhanced performance and design for restoration of dural defects.
•Conforms like normal soft tissue, moulding easily to complex surfaces of the brain and spinal dura.
•New 12.5 cm x 17.5 cm size for use in large dural defects (e.g. decompressive hemicraniectomy).
•Engineered porosity (uniform pore structure) facilitates cell ingrowth.
•Increased tensile strength for superior handling.
DuraGen Plus™ inhibits fibrosis and prevents adhesion.
•The Adhesion Barrier Matrix provides a physical barrier between the dura and overlying tissues.
•The Adhesion Barrier Matrix remains in place during active healing and is fully resorbed after healing is complete.
•Simple sutureless technique that allows for precise placement in both spinal and cranial procedures.
•Onlay graft: DuraGen® Plus matrix allows the graft to be used without sutures thanks to surface tension alone.
•Conformability: DuraGen® Plus matrix conforms intimately with the complex surfaces of the brain and/or spinal cord.
•Handling: the 30% increased in tensile strenght* allows DuraGen® Plus matrix to offer an easier handling during placement or repositionning.
•Dedicated larger size: large graft of 12.5×17.5cm available for trauma cases and/or decompressive hemicraniectomies.
•Adhesion Barrier: To inhibit post-surgical peridural fibrosis in procedures where nerve roots are exposed.
•Bilayer matrix: Suturable DuraGen® matrix combines the conformability of DuraGen® Plus matrix in addition to its suturability.
•Enhanced graft strength: Suturable DuraGen® matrix features an enhanced strength component (NeuraGen®) providing the graft the possibility of mechanical anchoring for challenging procedures.
For the Neurosurgeon, patients with compromised dural margins present a unique challenge. DuraGen Secure Matrix offers all the benefits of the DuraGen family of products, with an added cellulose microlayer that provides enhanced contact assurance for patients with compromised dural margins. Secure offers six times greater slip resistance than traditional collagen onlay grafts, even under repeated watertight closure can be achieved.
•Cellulose microlayer: The fluid activated cellulose microlayer associated with the conformability of DuraGen® Secure matrix allows to reinforce the contact at the dural margins.
•Resist sideways movement: The DuraGen® Secure matrix’s hydrostatic attraction offers at least 6 times more slip resistance than traditional collagen only grafts.
•Stay in place: The DuraGen® Secure matrix’s hydrostatic attraction enables the graft to stay put at the dural margins even under repeated irrigation or prolonged immersion.
•Compromised dural margins: DuraGen® Secure matrix helps to restore the contact during cases involving compromised dural margins.
DuraSeal® is the cranial sealant that strengthens your repair and supports the body’s natural healing process. With demonstrated superior tissue adherence versus fibrin glue, DuraSeal is engineered for appropriate strength and optimal duration, even in high pressure areas such as posterior fossa. DuraSeal is indicated as an adjunct to sutured dural repair during cranial surgery to provide watertight closure. It is a polymer composed of two solutions, a polyethylene glycol (PEG) ester solution and a trilysine amine solution. When mixed together, these precursors cross link to form a hydrogel sealant that creates a quick and effective watertight seal that lasts both intraoperatively and through the critical healing period.
The hydrogel technology of the DuraSeal® Family of products offers sealing solutions to reinforce CSF leakages prevention during dural repair procedures.
•Burst Strength: DuraSeal® Xact system offers features tissue adherence and cohesive strength to withstand critical CSF pressures during spinal procedures.
•Biocompatibility: DuraSeal® Xact system is made from polyethylene glycol hydrogel (100% synthetic inert materiel).
•Resorption: the DuraSeal® Xact hydrogel is resorbed after 9 to 12 weeks, providing enough time for dura to heal adequately following application.
•Blue colorant: provides visualization and allows to assess sealant coverage and thickness.
•Tight Spaces: the flexible and non-clogging applicators compatible with the DuraSeal® Xact system allows to access to hard-to-reach areas of the spine
The CUSA Excel+ system builds upon the market-leading features
of the CUSA Excel with the addition of several performance
enhancing elements. The CUSA Excel+ system supports a broad
selection of handpieces and surgical tips, allowing the surgeon
to select the most appropriate combination based on the surgical
The user-friendly console, colorcoded tubing and
tubing paths enable easy system set-up. The CUSA Excel+ system
offers a simple user interface, the widest variety of handpieces
and tip combinations and advanced features that make it the most
powerful ultrasonic tissue ablation system available.
CUSA Clarity, the next generation in ultrasonic tissue ablation, delivers enhanced performance to optimize quick and safe debulking of fibrous tissue with greater than 50% increase in fibrous tissue removal rate.* Only CUSA has Tough Tissue Technology which combines 4 components into one integrated system to provide the power and precision needed to maximize surgical performance. Scalable platform supports future software enhancements.
*Compared to CUSA Excel. Data on file
The CUSA NXT Ultrasonic Tissue Ablation System was designed to enable surgeons and nurses to focus on patient care rather than worrying about operation of the surgical equipment. The easy-to-use system features revolutionary NXT DigitalArchitecture™, supports current CUSA Selector® handpieces, and provides an expandable platform enabling exciting future handpiece capabilities.
See the subsurface details you need to make the best-informed surgical decisions for your patient, with real-time, intrasurgical Optical Coherence Tomography (OCT).
A top-down microscope view, combined with your experience, helps you assess intraoperative changes to subsurface tissues. But what if you could supplement this with a real-time, cross-sectional view? EnFocus intrasurgical OCT can aid in retina, cornea, and glaucoma surgeries by providing real-time, en face imaging of ocular tissue microstructures with the highest resolution and deepest scan depth of any available intrasurgical OCT.
Combine EnFocus with a Proveo 8 or M844 microscope for comprehensive visualization. Choose Proveo 8 for the optimal OR workflow solution.
OCT for Ophthalmology Envisu C-Class
Quickly capture and observe brilliant, high-resolution, and high-density optical coherence tomography (OCT) images where you need it. The gentle, non-contact Envisu C2300 system is suitable for even premature infants. It is the world’s only hand-held OCT solution approved by the FDA for use as an aid in the diagnosis of physiological and pathologic conditions of the eye.
Take OCT to your patient: The handheld OCT scan head and mobile cart provides flexibility to image from the ICU, operating room, and clinic.
Focus with confidence: The Envisu C2300 can be mounted on a surgical microscope for steady, high-quality live imaging.
Get brilliant detail when you need it: High-resolution, real-time images can be seen with detail down to 3 μm.
Explore with full volume: Featuring full 3D volumetric data capturing capability with fully customizable high density data scans up to 1000 x 1000 x 1000.
OCT Imaging for Preclinical Researchers Envisu R-Class
See more and don’t miss pathology with high-volume, high-density, and high-resolution images. The Envisu Image Guided SDOCT systems allow you to:
1. Explore tissue structure with stunning full-volume detail with sub-2 µm axial resolution.
2. Experience superb visualization with high signal-to-noise-ratio provided by Bioptigen-engineered VHR, UHR and XHR spectrometers.
3. Conduct reproducible longitudinal studies capturing contact-free images with best-in-class optical performance.
4. Acquire great images quickly with a broad array of precision imaging and alignment accessories for small and large animals alike.