Neurosurgery

BodyTom

Conduct intraoperative CT procedures while the patient is fully or partially sedated.
Image the full spine in one fast acquisition allowing for minimal disruption to the surgery. Compare pre-operative images to intraoperative results immediately in the procedure room.
Confirm proper pedicle screw placement along with substantial correction of spinal deformity with intraoperative scans. Accommodate most patients with the large 85cm bore (60cm FOV).
Acquire 2D, 3D and MPR for versatile use.
Communicate wirelessly to PACS/RIS/HIS.
Transport and set up with a single operator.
Navigate with intraoperative CT to ensure correct implant position.
Close procedures with a higher degree of accuracy. Perform post-operative CT scans prior to case conclusion versus next day on a fixed scanner.
Reduce risks and ensure safety of the OR staff associated with scatter radiation with internal and external shielding.

OmniTom

Conduct CT while the patient is fully or partially sedated.
Acquire 2D, 3D and MPR for versatile use.
Compare pre-operative images to intraoperative results immediately in the procedure room.
Collect real-time data with an ultra-small footprint and immediate image viewing.
Ensure correct device position with CT-based intraoperative navigation.
Close procedures with a higher degree of accuracy.
Perform post-operative CT scans prior to case conclusion versus next day on a fixed scanner.

Key Features and Benefits

OmniTom®

Transform any OR into an advanced imaging suite

Reduce the risks of injury or incidents involved with patient handling and transfers

Transport and set-up with a single operator

Immediate evaluation and assessment of anatomy

Ensure correct device position with CT-based intraoperative navigation

Increase the likelihood of improved patient outcomes

Reduce risks and ensure the safety of the OR staff associated with scatter radiation with internal and external shielding.

Efficient and seamless connectivity

Key Features and Benefits

BodyTom®

• Evaluate vascular structures and assessment of clipping immediately with intraoperative CTA.

• Image the full spine in one fast acquisition, allowing for minimal disruption to the surgery.

• Compare pre-operative images to intraoperative results immediately in the procedure room. - Navigate with intraoperative CT to ensure correct implant position along with substantial correction of spinal deformity with intraoperative scans.

• Transform an operating room into an intraoperative spine imaging suite

• Perform post-operative CT scans prior to case conclusion versus next day on a fixed scanner.

Accommodate most patients

Efficient and seamless connectivity

Reduce risks and ensure safety of the OR staff associated with scatter radiation

Reduce the risks associated with ramp-up power and overtaxing the electrical system in a facility

Key Features and Benefits

OmniTom®

Reduce the risks of injury or incidents involved with patient handling and transfers

Transport and set-up with a single operator

Immediate evaluation of vascular structures and assessment of clipping with CTA/CTP

Ensure correct implant position with CT-based intraoperative navigation

Increase the likelihood of improved patient outcomes

Increasing the likelihood of improved patient outcomes

Reduce risks and ensure safety of the OR staff associated with scatter radiation with internal and extra shielding

Efficient and seamless hospital records

Transform any OR into an advanced imaging suite

Key Features and Benefits

BodyTom®

Accommodate most patients

No need to change existing systems

Reduce risks and ensure safety of the OR staff associated with scatter radiation

Reduces the risks associated with ramp up power and overtaxing the electrical system in a facility

• Evaluate vascular structures and assessment of clipping immediately with intraoperative CTA.
• Image the full spine in one fast acquisition allowing for minimal disruption to the surgery.
• Compare pre-operative images to intraoperative results immediately in the procedure room.- Navigate with intraoperative CT to ensure correct implant position along with substantial correction of spinal deformity with intraoperative scans
.• Transform any operating room into an intraoperative spine imaging suite
• Perform post-operative CT scans prior to case conclusion versus next day on a fixed scanner.

Treatment of cerebrovascular disease is a race against time, as it kills a large number of people worldwide and can cause paralysis in others. The main factor for reducing disability and death is a treatment 'time standard' within 270 minutes. These products save lives. Every minute counts.

Mount Sion Hospital

Everest, NY

Treatment of cerebrovascular disease is a race against time, as it kills a large number of people worldwide and can cause paralysis in others. The main factor for reducing disability and death is a treatment 'time standard' within 270 minutes. These products save lives. Every minute counts.

Dr. John Rolfstein

Veterinary Specialties Group, OH

Treatment of cerebrovascular disease is a race against time, as it kills a large number of people worldwide and can cause paralysis in others. The main factor for reducing disability and death is a treatment 'time standard' within 270 minutes. These products save lives. Every minute counts.

KU Medical Center

Kansas City, MO

Mount Sion Hospital

Everest, NY

Dr. John Rolfstein

Veterinary Specialties Group, OH

Dr. John Rolfstein

Veterinary Specialties Group, OH

OmniTom

Articles

Mirzadeh, Z., et al. (2014) “Validation of CT-MRI fusion for intraoperative assessment of stereotactic accuracy in DBS surgery”, Movement Disorders, 29(14), 1788–1795

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Deep Brain Stimulation (DBS) with OmniTom

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Case study

The Evolution of Deep Brain Stimulation Surgery

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BodyTom

Articles

Gill, A.S., et al. (2014) “Validation of Intraoperative 32-slice computed tomography as a useful adjunct to MR and MER-guided DBS Implantation in STN-Targeted Parkinson’s Disease: Existing Prospects on the Horizon”, Stereotact Funct Neurosug, 92(suppl 1), #234 – Poster presentation

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Clinical Benefits of Mobile CTWITH DR. BRADFORD B. MULLIN

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Case study

Intraoperative case studies

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Neurosurgery

Versatile, Real-Time Imaging

Transform an OR Into an Advanced Imaging Suite

Enhance neuro-navigation and surgical outcomes

The BodyTom® and OmniTom® mobile CT, combined with most radiolucent skull fixation devices will transform the operating room into an intraoperative neuro imaging suite.

Both BodyTom and OmniTom are also compatible with most surgical planning systems that use DICOM and provide affordable, high-quality imaging, enhancing neuro-navigation and surgical outcomes.

Clinical Benefits

Bring augmented surgical navigation to your neurosurgery

BodyTom

OmniTom

Featured Videos

BodyTom use in Neurosurgery at Clairval Hospital

Asleep DBS for Parkinson's Disease

Neurosurgery Image Gallery

Key Features and Benefits

OmniTom®

Mobile CT

Point-of-care imaging

Internal drive system

Interoperative image viewing

Reduce the need for repositioning

Close procedures with a higher degree of accuracy

Perform post-operative CT scans prior to case conclusion

Internally shielded

Communicate wirelessly to PACS/HIS/RIS

Key Features and Benefits

BodyTom®

Mobile CT

Large 85cm bore (60cm FOV)

Communicate wirelessly to PACS/HIS/RIS

Internally Shielded

Battery-powered

Key Features and Benefits

OmniTom®

Key Features and Benefits

BodyTom®

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Read, watch and uncover the latest in mobile CT imaging.

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