The Infinix-i Hybrid platform is designed to leverage its revolutionary multi-axis C-arm concept for better patient access.

A wide variety of dose control tools enable clinicians to minimize radiation exposure to patients and staff. 

Intelligent fail safe built-in technology for maximum system uptime & patient safety.

Reduce overall exam time and keep the system uptime at the highest level. 

Excellent image quality is crucial for quick & safe diagnosis as ultimate prerequisite for successful treatment. 

A package of advanced applications to support high-risk procedures. 

Optimal image quality means diagnostic safety as a basic precondition for successful treatment. Powerful image processing plays a leading role. All Infinix systems are equipped with innovative algorithms for excellent visualization of smallest vessels and interventional devices.

• Next Generation Advanced Image Processing (AIP)
  Next Generation Advanced Image Processing (AIP) produces more uniform images and the ability to visualize fine details. The software works in concert with hardware to optimize image display and minimize dose.

• Super Noise Reduction Filter (SNRF)
  Super Noise Reduction Filter (SNRF) improves image quality by reducing noise without introducing image lag.

• DoseRite – Better protection for patients and clinicians

 The use of X-rays is a necessary evil during interventional procedures. That’s why reducing radiation exposure to patients and staff is a prime design concept for all Infinix-i systems. Here are a few of the methods operators can apply to control radiation dose.

After fluoroscopy, virtual collimation software simulates collimator positions; so operators can adjust collimation with no additional fluoroscopy.

More efficient X-ray pulses to reduce leading and trailing-edge dose. Includes frame rate selection for Fluoro and Record between 1-30 frames per second (FPS).

Radiation dose levels can be monitored in real time through digital display in the examination room.

It improves image quality by reducing noise without introducing image lag, enabling the user to work with lower dose at the same image quality level. 

Provides prospective and retrospective image capture. The ability to instantly replay and review reduces the need to repeat exposures, reducing dose.

Live Zoom represents an additional function to obtain the same anatomical magnification without increasing dose.

Spot Fluoroscopy enables interventional efficiency while enhancing dose reduction capabilities. Clinicians can observe a region of anatomy using live fluoroscopy while viewing the Last Image Hold (LIH) surrounding area.

DTS – Dose Tracking System is a dose awarness tool that provides estimated dose information for the patient’s body surface in real time.

Patient access has never been more important. Unobstructed patient access from all sides is a key criterion in interventional imaging. The innovative 5-axis C-arm design offers perfect access to the patient whenever needed without compromise in projection flexibility.

• INTUITIVE OPERATION

All Infinix-i systems utilize intuitive tableside controls, with an ergonomic hyperhandle, to provide all exam functions at the touch of a button. Once you’ve learned the system, you can intuitively manipulate the system by touch.

• HIGHER PRODUCTIVITY WITH PARALLEL PROCESSING

Simultaneously processing and transferring image data during acquisition yields quick, efficient exams. For example, during fluoroscopy and fluorography, operators can prepare for the next scheduled patient, process and save images from a previous (or current) study, and transfer or archive images to an associated network.

• AUTOMATE PROCEDURES

Physicians can quickly navigate through any procedure with Toshiba’s innovative Sequential Navigation. One touch of a button enables navigation through routine settings for each procedure type, while operators can change any parameter throughout the procedure without disrupting Sequential Navigation.

• DOUBLE INVERTER GENERATOR

If one inverter, fails the system can continue to work with reduced power.

Double safety = half risk

• BACKUP FOCUS

Toshiba’s unique safety concept for the X-ray tube. In case of malfunction of a focus during the intervention, the system switches automatically to the backup focus to keep the system working without any interruption.

Double safety = half risk

• DATA  INTEGRITY

Data integrity is always maintained with an advanced Level 5 RAID system which acquires and stores images at extremely high speeds by writing all data to a series of drives, including a parity disk. If a problem occurs on any drive, the parity disk restores missing or damaged data in real time without interfering with procedures.

True multitasking enables you to do many things in parallel in the control room and independently of the ongoing procedure which significantly reduces your overall procedure time and therefore patient and operator dose.

Post-processing tasks such as image processing, image archiving, vessel analysis, image transfer to or from the network and CD creation can be carried out at any time without disturbing the ongoing examination.

Benefit from Toshiba’s comprehensive set of advanced applications designed to help improve your diagnostic efficiency and treatment outcome.

High Speed 3D imaging gives you 3D information within just a few seconds to be used for faster procedural planning and real time guidance.

• 3D-DA

Volume recon from injected non-subtracted acquisition spin.

• 3D-DA

Volume recon from injected non-subtracted acquisition spin.

• 3D-DSA

Volume recon from injected DSA acquisition spin.

• 3D – Bone&Device Fusion

Dual volume recon of masks & opacified images from DSA acquisition spin.

• Stent imaging

Special high-resolution technique to visualize the tiniest structures.

• Cone Beam CT

Volume recon from non-injected acquisition spin with higher number of projections.

As interventional procedures become increasingly complex proper navigation and guidance tools are required to optimally assist the user during the deployment phase of devices or needles. Volume navigation enables the overlay of a 3D prepared dataset from 3D Angio, CT or MR on live fluoroscopy in realtime to provide the user with additional 3D information of vessel architecture or surrounding anatomy during fluoroscopy.