Veterinary Advanced Imaging Advisor · Fluoroscopy
Build the procedure plan. Then choose the C-arm.
Fluoroscopy brings live X-ray guidance into the procedure room. The right system is the one whose geometry, field of view, software, room fit, and support match the cases your team actually intends to perform.
Start with what must happen in the room.
A model name does not tell us whether a C-arm will work for your hospital. We first define the intended procedures, patient and anatomy range, table relationship, anesthesia and sterile-field access, image requirements, and who will own daily operation.
Procedure list
Identify the specific interventions or dynamic studies the hospital plans to offer—and how often.
- Target anatomy
- Access and positioning
- Expected case volume
Field of view
Match the image intensifier and geometry to patient size, anatomy, table, and required coverage.
- Small through large patients
- Single-view coverage
- Magnification needs
Room movement
Plan how the C-arm, monitor, table, anesthesia equipment, and people move through a real case.
- Door and storage access
- Sterile-field clearance
- Monitor sight lines
Team ownership
Define operators, training, radiation-safety leadership, image routing, quality control, and service escalation.
- Named clinical owner
- Role-based training
- Support pathway
Open the detail you need.
The essentials stay visible above. Use these sections when you are ready to compare geometry, software, refurbishment, installation, and the recommendation method.
9-inch, 12-inch, Super C, and motorized configurations
Choose the access the procedure requires. A 9-inch system can be a maneuverable starting point; 12-inch systems offer a broader field; Super C geometry adds positioning reach; and motorized systems can improve repeatability. None is automatically better.
Confirm the largest patient and anatomy, table relationship, sterile-field clearance, monitor position, room movement, and every planned procedure on the exact quoted unit.
Software, recording, and advanced packages
OEC 9900 packages can include pulsed fluoroscopy, image enhancement, expanded storage, digital zoom, recording, playback, subtraction, and vascular or cardiac tools.
- Match pulse and image tools to the procedure list.
- Define recording, export, and archive needs.
- Verify every installed license and function on the quoted unit.
- Add advanced packages only when the specialist workflow requires them.
What refurbished should include
Block Imaging’s process covers project oversight, cosmetic restoration, engineering checks, protected shipping, installation, final calibration, and continuing support.
For the actual system, document the hardware and software scope, accessories, warranty, acceptance testing, preventive maintenance, response expectations, parts strategy, and escalation path.
How the final recommendation is built
We connect the procedure and anatomy list to field of view, geometry, image quality, and software; test that direction against room movement, table access, anesthesia, sterility, and staffing; then include training, radiation safety, image management, service, and lifetime cost.
The final review explains why the configuration fits, what it does not solve, the closest alternative, and what must still be verified before purchase.
Room, power, shielding, and data planning
A mobile C-arm has no single fixed room minimum. Plan around the exact 9-inch, 12-inch, or Super C system, monitor cart, table, anesthesia equipment, people, storage, and full movement envelope.
- Confirm doorways, transport path, storage, sterile field, monitor sight lines, and all C-arm movements.
- Plan a dedicated 20 A branch circuit, then verify voltage, plug, grounding, and power quality for the exact serial-number configuration.
- Complete radiation-safety and shielding review, network/PACS planning, and local-code review before construction.
Program-readiness checklist
- Workflow: positioning, anesthesia access, sterile field, staff locations, and emergency movement.
- Data: capture, recording, image export, PACS compatibility, and review.
- Adoption: operator roles, doctor and technician training, protocols, competency, and ongoing support.
- Ownership: exact hardware, licenses, accessories, documentation, warranty, acceptance checks, service response, and total support cost.
Preferred provider. Needs-first guidance.
Find the fluoroscopy system that fits your actual work.
Block Imaging supplies the equipment and refurbishment depth. We begin with your veterinary cases, budget, space, workflow, and team—then explain why the recommended direction makes sense.
Source notes: Equipment and refurbishment details are based on Block Imaging’s certified refurbished C-arm catalog, OEC 9900 configuration guide, and C-arm buyer’s guide. Availability and specifications vary by exact system and should be confirmed in writing.
Sources: Block Imaging C-arm selection and service resources; GE/OEC and applicable OEM technical literature; and current configuration-specific site-planning documents. Verify detector, generator, geometry, dose features, room, power, and service coverage for the exact system.
Veterinary Advanced Imaging Advisor is independently maintained by Chris Weaver, National Imaging Manager at Patterson Veterinary, and is not an official Patterson Companies website. Recommendations begin with clinical need, space, workflow, budget, team readiness, and long-term support. They may include systems Patterson does not sell; when an outside option is the best fit, it will be identified clearly.