Optical Surgical Navigation
Optical surgical navigation is a revolutionary technology that enhances the precision and safety of surgical procedures by providing real-time guidance using advanced optical systems. This technology integrates cameras and tracking devices with surgical instruments, enabling surgeons to visualize the exact location and movement of tools relative to the patient’s anatomy during the operation. Its applications span various surgical fields, including neurosurgery, orthopedics, and ENT, helping to reduce risks and improve outcomes.
The utility of optical surgical navigation lies in its ability to improve surgical accuracy and reduce operative time, which directly benefits patient safety and recovery. By combining optical tracking with detailed imaging, the system assists surgeons in making informed decisions during complex interventions. These systems also facilitate minimally invasive surgeries by providing clear visualization without the need for large incisions, thus enhancing post-operative healing and reducing hospital stays.
What You Should Know Before Choosing Optical Surgical Navigation and Making an Investment
Key Factors to Consider
When selecting optical surgical navigation systems, key considerations include system accuracy, real-time responsiveness, and ease of integration with existing imaging technologies. The precision of tracking instruments and the robustness of the software interface are critical to ensure reliable navigation during complex procedures.
Other important factors involve ergonomic design and user interface intuitiveness to reduce the learning curve for surgical teams. Additionally, compatibility with various surgical specialties and instruments, as well as technical support and training offered by the provider, play a vital role in the system’s effectiveness.
Price Range in the Market
The price of optical surgical navigation systems varies widely depending on the features offered, such as multi-modality tracking, system portability, and software sophistication. Entry-level systems may be more affordable but potentially limited in supported surgeries.
High-end navigation systems with advanced capabilities such as augmented reality integration or multi-instrument tracking generally command higher prices. Budget planning should also consider installation, training, and maintenance expenses to get a true cost estimate.
Value for Money
Value for money in optical surgical navigation is determined not only by the initial purchase price but also by the system’s durability, ease of maintenance, and ongoing software support. Investing in a well-supported system can reduce long-term operational costs and downtime.
Balancing functionality and cost ensures that the chosen system meets clinical needs without overspending. Systems with modular upgrades provide an excellent value proposition, allowing scalability as surgical requirements evolve.
Expected Lifetime Based on Usage and Maintenance
The expected lifetime of optical surgical navigation equipment depends heavily on usage intensity, maintenance routines, and timely software updates. Properly maintained systems can last over a decade, providing consistent performance throughout their lifecycle.
Regular calibration and adherence to manufacturer guidelines extend the operational life of optical navigation devices. Institutions should plan for periodic evaluations and technical support sessions to sustain optimal performance.
KALSTEIN OPTICAL SURGICAL NAVIGATION
Among many products, at Kalstein you can find the ideal optical surgical navigation for your Clinic
Choosing the right optical surgical navigation system can be challenging due to the variety of technologies and specifications available. It’s essential to consider the surgical specialties supported, system compatibility with existing equipment, ease of use, and vendor support. At Kalstein, we guide you in selecting a solution tailored to your clinical needs and budget, ensuring the best balance between advanced features and affordability.
Surgical Navigation Systems YR02143
The Surgical Navigation Systems YR02143 is a cutting-edge computer-aided electromagnetic navigation system, renowned for…
Our optical surgical navigation most popular
The Surgical Navigation Systems YR02143 is a cutting-edge computer-aided electromagnetic navigation system, renowned for its application in surgical visualization, planning, and guidance. It plays a crucial role in minimizing iatrogenic trauma to surrounding brain tissue and reducing the risk of complications in cranial procedures. Compatible with tomographic images in DICOM format captured via CT, C-arm, MRI, or fMRI, the YR02143 ensures precision with its advanced optical tracking technology.
The pricing for the YR02143 Surgical Navigation System generally varies based on specific configurations and integrated technologies. In the current market, systems of this caliber can range from $100,000 to $200,000, depending on additional features such as software modules and calibration tools. For precise pricing tailored to your specific needs, we encourage you to generate a quote using our Kalstein Plus platform.
| Model | YR02143 | ||
| Component | Amount | Description | |
| Optical tracking system | |||
| NDI tracking system | 1 set | Track 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 *, 1280 x 1024 resolution, medical and healthcare grade | |
| Software package | 1 set | Core set (image fusion, surgical planning and navigation, data management) | |
| Software version 1 | 1 piece | Diffusion-tensor-images navigation module | |
| Software version 2 | 1 piece | Needle-Aspiration-Biospy navigation module | |
| Mobile car | |||
| Support trolley with 4 wheels | 1 piece | To support the optical tracking system and image management workstation | |
| Surgical tools | |||
| Navigation probe | 2 pieces | To help the optical measurement system track movement | |
| Microscope probe | 1 piece | To help the optical measurement system track movement | |
| Active marker | 6 pieces | To help quickly recognize critical anatomical structures. | |
| Passive reflective sphere | 10 pieces | To reflect the infrared laser for cameras (in the optical tracking system) to capture | |
| Framework | 2 pieces | To locate passive reflective sphere with 4 pins | |
| Articulated arm | 1 piece | To hold the frame of reference | |
| Clamp adapter | 2 pieces | For the adaptation of another instrument (such as the brain needle during navigation) | |
| Foot-swicht | 1 piece | To help register and navigate | |
| Touchmonitor specification | |||
| Case / bezel color | Beige | Mini VGA D-sub 15-pin; DVI-D | Mini VGA D-sub 15-pin; DVI-D |
|
Display
|
Sixe: 19.0 ”diagonal, active matrix TFT | Horizontal: 31.5-80 kHz | Horizontal: 31.5-80 kHz |
| Aspect ratio: 5; 4 | Vertical: 56.3-75 Hz | Vertical: 56.3-75 Hz | |
|
Useful display area
|
Horizontal: 14.82 “(376.32 mm) | Type: 100-240 VAC, 50-60 Hz | Type: 100-240 VAC, 50-60 Hz |
| Vertical: 11.85 “(301.06 mm) | Internal DC input power supply | Internal DC input power supply | |
|
Monitor dimensions
|
Width: 429mm (16.9 “) | DC input voltage (line): 12V 3.6V | DC input voltage (line): 12V 3.6V |
| Height (including stand): 15.21 “(386 mm) | 48 W max. | 48 W max. | |
| Depth (inc. Base) | Operating; 0 ° C to 40 ° C | Operating; 0 ° C to 40 ° C | |
| Native resolution (optional) | 1280 x 1024 @ 60/70/75 Hz | Storage: -20 ° C to 60 ° C | Storage: -20 ° C to 60 ° C |
| Other supported resolutions | 1280 x 960 / 1,024 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 lbs. (8 kg) | Actual: 17.66 lbs. (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 40,000 hours at half brightness | Typical 40,000 hours at half brightness |
| Vision angle | Horizontal (left / right): 89 ° / 89 ° | MTBF; 50,000 hours demonstrated | MTBF; 50,000 hours demonstrated |
| (Typical, from the center) | Vertical (up / down): 89 ° / 89 ° | UL, Cul, fcc, ic, ce, China RoHS, Argentina S mark | UL, Cul, fcc, ic, ce, China RoHS, Argentina S mark |
| Contrast ratio | 1300: 1 (typical) | Two watt / channel speakers located in the display head | Two watt / channel speakers located in the display head |
| Input video format | Analog: (no video card needed) | OSD locks for user and power controls | OSD locks for user and power controls |
|
Input sync format
|
Separate horizontal and vertical | OSD extras include volume, treble, bass, balance | OSD extras include volume, treble, bass, balance |
| Synchronization, compound synchronization and | OSD Language (English, Chinese, Spanish, French) | OSD Language (English, Chinese, Spanish, French) | |
| Synchronization in green | Safety lock receptacle | Safety lock receptacle | |
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FAQs
The delivery time of your Kalstein product will depend on the following:
- Whether the equipment of your interest is in stock or needs to be manufactured.
- The type of freight you have chosen, which can be; air or maritime.
- Equipment in stock:
– Delivery Time (Air): 15-30 days.
– Delivery Time (Maritime): 45-60 days.
- Equipment not in stock:
– Delivery Time (Air): 30-60 days.
– Delivery Time (Maritime): 60-90 days.
You can make your purchase through:
- Email: [email protected]
- Phone: +33 (0) 1 70 39 26 50
- E-commerce: Through Kalstein’s official website in your country.
At Kalstein, we provide our clients with training and technical support through new online methods. You can visit our induction videos, technical assistance, and guidance provided by a Kalstein team through our YouTube channel (Kalstein English). HERE.