Optical Surgical Navigation
A surgical navigation system is a medical team based on the principle of high-accuracy stereoscopic vision, and has now become an essential team for the development of computer-assisted surgery, as they are responsible for guiding the surgeon's movements during surgery, showing the real-time position of each instrument and anatomical structure. This device enables the use of digital images during surgical procedures, providing surgeons with the opportunity to plan before surgery and to use the instruments effectively during surgery.
The technologies used in such systems may be mechanical, electromagnetic or optical. The most common are optical devices, and these are classified as passive or active. In the former, cameras can locate specific markers such as reflective targets, particular shapes or colors, while active systems can locate LEDs.
Types of Surgical Optical Navigation that you may need in the Medical Sector
Surgical Navigation Systems YR02143
YR02143 is an innovative computer-assisted electromagnetic surgical navigation system which is widely used for surgical visualization, planning and navigation to help minimize iatrogenic trauma to surrounding brain tissue and reduce the risk of surgical complications...
Our Best Selling Optical Surgical Navigation
- The DICOM tomographic images captured with CT / C-arm / MRI / fMRI are applicable to the surgical navigation system YR02143
- The advanced optical tracking system tracks real-time 3D positioning and orientation of active or passive markers attached to surgical tools, providing exceptional accuracy (1.0 mm spatial resolution) and reliability.
- The method of 3D simulation and modeling of anatomical structures in material (such as skin, skull, brain tissue, or target lesion) can be easily defined for surgical convenience.
- With integrated navigation probe and advanced optical measurement technology, the surgeon can easily quantify the size and position of lesions, and then design the surgical approach in a scientific way...
| Model | YR02143 | ||
| Component | Amount | Description | |
| Optical Tracking System | |||
| NDI Tracking System | 1 set | Track the 3D position and orientation of active or passive markers attached to surgical tools | |
| Image Management Workstation | |||
| Computer system | 1 set | For 2D image fusion and 3D reconstruction, navigation system | |
| Touch Monitor | 1 piece | 19 *, resolution 1280 x 1024, medical and health grade | |
| Software Package | 1 set | Basic set (image fusion, surgical planning and navigation, data management) | |
| Software Version 1 | 1 piece | Broadcast-tensor-image navigation module | |
| Software Version 2 | 1 piece | Needle-Aspiration-Biospy Navigation Module | |
| Mobile Cart | |||
| 4-wheel support cart | 1 piece | To support the optical tracking system and image management workstation | |
| Surgical tools | |||
| Navigation probe | 2 Pieces | To help the optical measuring system track movement | |
| Microscope probe | 1 piece | To help the optical measuring system track movement | |
| Active Bookmark | 6 pieces | To help quickly recognize critical anatomic structures. | |
| Passive reflective sphere | 10 pieces | To reflect the infrared laser for the cameras (in the optical tracking system) to capture | |
| Frame of reference | 2 Pieces | To locate the 4-pin passive reflective sphere | |
| Articulated arm | 1 piece | To hold the reference frame | |
| Clip adaptor | 2 Pieces | For adapting another instrument (such as the needle in the brain while navigating) | |
| Foot-Swicht | 1 piece | To help register and navigate | |
| Touch Monitor Specification | |||
| Box / Bevel Color | Beige | Mini VGA D-sub 15 pin; DVI-D | Mini VGA D-sub 15-pin; DVI-D |
| Monitor
|
Sixe: 19.0"diagonal, active matrix TFT | Horizontal: 31.5-80kHz | Horizontal: 31.5-80kHz |
| Aspect ratio: 5; 4 | Vertical: 56.3-75Hz | Vertical: 56.3-75Hz | |
| Useful Screen Area
|
Horizontal: 14.82"(376.32mm) | Type: 100-240 VAC, 50-60 Hz | Type: 100-240 VAC, 50-60 Hz |
| Vertical: 11.85" (301.06mm) | DC input internal power supply | DC input internal power supply | |
| Monitor Dimensions
|
Width: 429mm (16.9") | DC input voltage (line): 12V 3.6V | DC input voltage (line): 12V 3.6V |
| Height (including base): 15.21"(386mm) | 48 W max. | 48 W max. | |
| Depth (incl. Base) | Operating; 0 ° C to 40 ° C | Operating; 0 ° C to 40 ° C | |
| Native resolution (optional) | 1280 x 1024 at 60/70/75Hz | Storage: -20°C to 60°C | Storage: -20°C to 60°C |
| Other supported resolutions | 1280 x 960/1024 x 768 in Hz | Operating: 20% -80% | Operating: 20% -80% |
| Colors | 16.7 million | Storage: 10% -90% | Storage: 10% -90% |
| Brightness
|
LCD panel: 300 cd/m2 | Actual: 17.66 pounds (8 kg) | Actual: 17.66 pounds (8 kg) |
| With AccuTouch: 246 cd/m2 | Shipping: 25.10 lbs (11.84) | Shipping: 25.10 lbs (11.84) | |
| With IntellTouch: 276 cd/m2 | 3 years | 3 years | |
| Response Time | 20 msec (typical) | Typical 40000 Hours Half Brightness | Typical 40000 Hours Half Brightness |
| Viewing Angle | Horizontal (left / right): 89° / 89° | MTBF; 50000 hours demonstrated | MTBF; 50000 hours demonstrated |
| (Typical, from the center) | Vertical (up / down): 89° / 89° | UL, Cul, fcc, ic, ce, China RoHS, brand S of Argentina | UL, Cul, fcc, ic, ce, China RoHS, brand S of Argentina |
| Contrast Ratio | 1300: 1 (typical) | Two watt/channel speakers located on the display head | Two watt/channel speakers located on the display head |
| Input video format | Analog - (no video card required) | OSD Locks for User and Power Controls | OSD Locks for User and Power Controls |
| Input Sync Format | Separate Horizontal And Vertical | ODS extras include volume, treble, treble, balance | ODS extras include volume, treble, treble, balance |
| Sync, Composite Sync, and | OSD Language (English, Chinese, Spanish, French) | OSD Language (English, Chinese, Spanish, French) | |
| Synchronization in green | Security Lock Socket | Security Lock Socket | |
Analysis of Surgical Optical Navigation Equipment in the Medical Sector
What is an optical surgical navigation system?
A surgical navigation system is a device that helps in the planning and execution of surgical procedures...
Validating the Effectiveness of an Optical Surgical Navigator
The validation of the effectiveness of an optical surgical navigator is a topic that has a vital importance for the surgical...
What is the function of optical surgical navigation?
Computer-assisted surgery is the use of computer technology to perform and plan a surgical ...
Reliability of the Optical Surgical Navigator in the Spine
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Guides to becoming an expert in Optical Surgical Navigation
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Frequently Asked Questions about Optical Surgical Navigation from our customers
How to know the prices of Optical Surgical Navigation?
To know the price of the Optical Surgical Navigation we invite you to send us an email with your request through the contact form.
What are the lead times of Optical Surgical Navigation?
The delivery time of your Kalstein product it will depend on the following:
- If the equipment of your interest is in stock or if otherwise it must be manufactured.
- The type of freight you have chosen may be; air or sea.
- Equipment in stock:
- Delivery Time ( Aerial ): 15 -30 days .
- Delivery Time ( Maritime ): 45-60 days .
- Equipment not in stock:
- Delivery Time ( Aerial ): 30 -60 days .
- Delivery Time ( Maritime ): 60-90 days .
How to make a purchase of Optical Surgical Navigation ?
It may perform your purchase through :
- By email: s[email protected]
- By telephone: +33 (0) 1 78 95 87 02
- Trade electronic : Through from Kalstein's official website in your country .
How does the warranty work?
At Kalstein we make it easy for our customers to provide induction and technical support through new online methods. You can visit our induction, technical assistance and guidance videos provided by a Kalstein team through our induction channel Youtube (Kalstein English) HERE
Can I request an online quote?
Of course, you can request a quote for the Kalstein team of your interest, directly from our website official. U Once you've identified your preferred model, do click k HERE