Challenge
New horizons in image guided therapies
A new level of accuracy and autonomy in telemanipulated and robotic interventions
In minimally invasive surgery, precision, outcomes and complication-free procedures are particularly dependent on image guidance. Reliable placement of surgical instruments with sub-millimetre accuracy is a key factor in successful treatment. However, there is currently no imaging suite specifically designed to meet the needs of minimally invasive cancer therapy. The lack of therapeutic features, high X-ray doses and missing complication management significantly limits the treatable patient collective.
An image guidance system that is fully tailored to minimally invasive cancer therapy can overcome these limitations and bring the benefits of minimally invasive cancer therapy to a larger number of patients worldwide. With its technical solutions RAYDIAX addresses those demands by enabling doctors and robots new horizons in image guided therapies.
Minimally invasive operations are finding their way more and more into the clinical routine for cancer treatment. Their value is acknowledged in various clinical guidelines and recommendations and is leading to a significant increase in treatment numbers.
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On-demand risk management
by switching 3D to 2D imaging in less than 10 seconds.
On-demand risk management
by switching 3D to 2D imaging in less than 10 seconds.
On-demand risk management
by switching 3D to 2D imaging in less than 10 seconds.
On-demand risk management
by switching 3D to 2D imaging in less than 10 seconds.
On-demand risk management
by switching 3D to 2D imaging in less than 10 seconds.
Height adjustable gantry...
... allowing for a wide variation of user ergonomics.
Height adjustable gantry...
... allowing for a wide variation of user ergonomics.
Height adjustable gantry...
... allowing for a wide variation of user ergonomics.
Height adjustable gantry...
... allowing for a wide variation of user ergonomics.
Height adjustable gantry...
... allowing for a wide variation of user ergonomics.
Therapy software
Intuitive workflow oriented slim software- and interaction concept leading to time efficient and dose reduced therapies.
Therapy software
Intuitive workflow oriented slim software- and interaction concept leading to time efficient and dose reduced therapies.
Therapy software
Intuitive workflow oriented slim software- and interaction concept leading to time efficient and dose reduced therapies.
Therapy software
Intuitive workflow oriented slim software- and interaction concept leading to time efficient and dose reduced therapies.
Therapy software
Intuitive workflow oriented slim software- and interaction concept leading to time efficient and dose reduced therapies.
Hybrid therapies
RAYDIAX TACT is the world's first image assistance system with high-quality multislice CT imaging and large-area state-of-the-art radiographic imaging in a small-footprint system. For the first time, this not only enables the rapid treatment of bleeding complications directly on the system, but also opens up a completely new field of therapy: angiographic-percutaneous combination therapies.
Hybrid therapies
RAYDIAX TACT is the world's first image assistance system with high-quality multislice CT imaging and large-area state-of-the-art radiographic imaging in a small-footprint system. For the first time, this not only enables the rapid treatment of bleeding complications directly on the system, but also opens up a completely new field of therapy: angiographic-percutaneous combination therapies.
Hybrid therapies
RAYDIAX TACT is the world's first image assistance system with high-quality multislice CT imaging and large-area state-of-the-art radiographic imaging in a small-footprint system. For the first time, this not only enables the rapid treatment of bleeding complications directly on the system, but also opens up a completely new field of therapy: angiographic-percutaneous combination therapies.
Hybrid therapies
RAYDIAX TACT is the world's first image assistance system with high-quality multislice CT imaging and large-area state-of-the-art radiographic imaging in a small-footprint system. For the first time, this not only enables the rapid treatment of bleeding complications directly on the system, but also opens up a completely new field of therapy: angiographic-percutaneous combination therapies.
Hybrid therapies
RAYDIAX TACT is the world's first image assistance system with high-quality multislice CT imaging and large-area state-of-the-art radiographic imaging in a small-footprint system. For the first time, this not only enables the rapid treatment of bleeding complications directly on the system, but also opens up a completely new field of therapy: angiographic-percutaneous combination therapies.
Surgical table
"Bringing imaging to minimally invasive surgery." - This concept starts with the integration of a fully surgical free-float table, which allows new degrees of freedom in patient positioning.
Surgical table
"Bringing imaging to minimally invasive surgery." - This concept starts with the integration of a fully surgical free-float table, which allows new degrees of freedom in patient positioning.
Surgical table
"Bringing imaging to minimally invasive surgery." - This concept starts with the integration of a fully surgical free-float table, which allows new degrees of freedom in patient positioning.
Surgical table
"Bringing imaging to minimally invasive surgery." - This concept starts with the integration of a fully surgical free-float table, which allows new degrees of freedom in patient positioning.
Surgical table
"Bringing imaging to minimally invasive surgery." - This concept starts with the integration of a fully surgical free-float table, which allows new degrees of freedom in patient positioning.
Dose-optimized interventions
The TACT optimizes the required radiation dose for the patient and medical personnel in the operationg room. The combination of effective workflow, instrument navigation and targeted imaging of the operation are during instrument placement and therapy monitoring reduces the applied x-ray dose.
Dose-optimized interventions
The TACT optimizes the required radiation dose for the patient and medical personnel in the operationg room. The combination of effective workflow, instrument navigation and targeted imaging of the operation are during instrument placement and therapy monitoring reduces the applied x-ray dose.
Dose-optimized interventions
The TACT optimizes the required radiation dose for the patient and medical personnel in the operationg room. The combination of effective workflow, instrument navigation and targeted imaging of the operation are during instrument placement and therapy monitoring reduces the applied x-ray dose.
Dose-optimized interventions
The TACT optimizes the required radiation dose for the patient and medical personnel in the operationg room. The combination of effective workflow, instrument navigation and targeted imaging of the operation are during instrument placement and therapy monitoring reduces the applied x-ray dose.
Dose-optimized interventions
The TACT optimizes the required radiation dose for the patient and medical personnel in the operationg room. The combination of effective workflow, instrument navigation and targeted imaging of the operation are during instrument placement and therapy monitoring reduces the applied x-ray dose.
Giving robots the x-ray view
The TACT provides a dedicated data link for autonomous robotic interventions with a unprecedented level of accuracy.
Giving robots the x-ray view
The TACT provides a dedicated data link for autonomous robotic interventions with a unprecedented level of accuracy.
Giving robots the x-ray view
The TACT provides a dedicated data link for autonomous robotic interventions with a unprecedented level of accuracy.
Giving robots the x-ray view
The TACT provides a dedicated data link for autonomous robotic interventions with a unprecedented level of accuracy.
Giving robots the x-ray view
The TACT provides a dedicated data link for autonomous robotic interventions with a unprecedented level of accuracy.
Line-of-sight monitor
Intuitive line-of-sight image viewer for focused interventions.
Line-of-sight monitor
Intuitive line-of-sight image viewer for focused interventions.
Line-of-sight monitor
Intuitive line-of-sight image viewer for focused interventions.
Line-of-sight monitor
Intuitive line-of-sight image viewer for focused interventions.
Line-of-sight monitor
Intuitive line-of-sight image viewer for focused interventions.
Large diameter
The TACT system has a free Inner diameter of 1000 mm / 39.4 Inch for seamless patient access. The additional off-center positioning of the patient of up to +- 125 mm / +- 4.9 Inch enables treatment even for obese patients with very long surgical instruments.
Large diameter
The TACT system has a free Inner diameter of 1000 mm / 39.4 Inch for seamless patient access. The additional off-center positioning of the patient of up to +- 125 mm / +- 4.9 Inch enables treatment even for obese patients with very long surgical instruments.
Large diameter
The TACT system has a free Inner diameter of 1000 mm / 39.4 Inch for seamless patient access. The additional off-center positioning of the patient of up to +- 125 mm / +- 4.9 Inch enables treatment even for obese patients with very long surgical instruments.
Large diameter
The TACT system has a free Inner diameter of 1000 mm / 39.4 Inch for seamless patient access. The additional off-center positioning of the patient of up to +- 125 mm / +- 4.9 Inch enables treatment even for obese patients with very long surgical instruments.
Large diameter
The TACT system has a free Inner diameter of 1000 mm / 39.4 Inch for seamless patient access. The additional off-center positioning of the patient of up to +- 125 mm / +- 4.9 Inch enables treatment even for obese patients with very long surgical instruments.
Hybrid Imaging
The RAYDIAX TACT combines the advantages of high-quality and fast 3D multislice CT imaging and large-area 2D angiography for the first time. The result is an expansion of the treatable patient spectrum. Its integrated design in a small footprint system enables fast modality switching for uninterrupted management of bleeding complications.
Dose Optimization
The entire imaging chain of the TACT is fundamentally designed for therapeutic applications. This leads to completely new ways of image acquisition, resulting in substantial dose optimization for patients and clinical staff. Creating safe and reliable treatment and working conditions.
Interventional Workflow
The TACT offers the greatest possible degree of freedom for the user. 1 meter free inner diameter, free-floating table, off-center positioning, focused user interface, ergonomics and intuitive interaction increase the safety and efficiency of daily procedures.
Giving robots the X-ray view
RSI
A new level of accuracy and autonomy in telemanipulated and robotic interventions
Every surgical robot faces the identical challenge to a doctor: View of the operation field. The TACT offers an outstanding interaction area for surgical robots, a specialized API for closed-loop control and the possibility for full GUI integration. Enabling a new patient collective by offering the most advanced robotic imaging integration on the market.
Ready for Innovation?
We know that the methods of minimally invasive therapies continue to offer great potential for clinical innovation. Would you also like to establish your operating technique? Make a suggestion, define a joint project and research your case on our system in phantom studies. And of course we are open to clinical publications.
