InnoVet by Summit Versa Veterinary X-Ray System

What Is the InnoVet Versa Table-Based X-Ray System?

The InnoVet Versa is a fixed radiographic system built around a stationary table and integrated tubestand, creating a controlled imaging environment where positioning and alignment remain consistent across exams. It uses a compact table footprint of approximately 34 in. x 81 in., allowing it to fit within smaller dedicated imaging rooms.

Key System Features

• • Stationary table top (56 in. x 24 in.) for consistent positioning
  • Integrated tubestand with angulation dial and operator handgrips
  • Grid cabinet with cassette tray and tubestand interlock
  • Manual collimator with LED light field and swivel mount
  • 20 kHz high-frequency generator with digital readout

This configuration defines the InnoVet Versa as a fixed imaging system built for repeatable exams rather than mobile imaging workflows.

How the InnoVet Versa Improves Positioning & Image Consistency

The InnoVet Versa is designed to reduce variability by controlling how patients are positioned and how the X-ray beam is aligned during each exam.

Stationary Table Design for Repeatable Patient Positioning

The InnoVet Versa table provides a stable surface that keeps patients aligned, reducing movement and positioning variation.

Tubestand Alignment for Consistent Beam Geometry

The integrated tubestand on the InnoVet Versa maintains consistent source-to-image alignment across exams.

Integrated Grid & Collimation for Controlled Imaging

The InnoVet Versa includes an 8:1 grid (103 LPI) and manual collimator to control scatter radiation and field size.

Operator Positioning Controls Built into the System

The angulation dial, handgrips, and positioning controls allow operators to standardize imaging setup.

InnoVet Versa Generator Output & Imaging Performance

The InnoVet Versa uses a high-frequency generator designed to support routine veterinary imaging with consistent exposure control.

30 kW High-Frequency Generator Output

The InnoVet Versa includes a 30 kW generator operating at 20 kHz, providing stable imaging output.

kVp, mA, and mAs Range for Routine Imaging

• • kVp range: 40–125 (1 kV increments)
  • mAs range: 0.5–400
  • Multiple mA stations: 50s, 100s, 100L, 300L

These ranges allow the InnoVet Versa to support common veterinary imaging procedures.

Built-In Generator Protection & Diagnostics

The InnoVet Versa includes tube protection, self-diagnostics, and automatic shut-off functionality.

Clinical Environments & Imaging Use Cases for the InnoVet Versa

The InnoVet Versa is used in facilities performing imaging within a dedicated radiography space.

Veterinary Clinics & Dedicated Imaging Rooms

The InnoVet Versa is commonly installed in veterinary practices that require a fixed imaging setup.

Routine Diagnostic Imaging Performed on a Fixed Table

• • Musculoskeletal imaging
  • Extremity imaging
  • General veterinary radiography

These studies benefit from the stable positioning provided by the InnoVet Versa.

Digital Radiography (DR) Integration with the InnoVet Versa

The InnoVet Versa functions as a platform that supports digital imaging integration rather than a fixed DR configuration.

DR Detector Compatibility with the InnoVet Versa

The system can be paired with flat panel detectors for digital image capture.

Acquisition Workstation & Software Configuration Options

The InnoVet Versa can be configured with acquisition workstations and software based on clinical workflow needs.

MinXray DR Integration Configuration

MinXray offers a bundled configuration of the InnoVet Versa that includes:

• • DR detector
  • Acquisition workstation
  • DICOM-compatible imaging software

This configuration is commonly used in structured environments requiring standardized digital workflows.

What the Imaging Workflow Looks Like on the InnoVet Versa

The InnoVet Versa supports a structured imaging process centered around a fixed exam location.

Table-Based Exam Setup for Controlled Imaging

Patients are positioned directly on the InnoVet Versa table for imaging.

Fixed System Layout for Repeatable Exams

The InnoVet Versa maintains consistent positioning and alignment throughout the day.

Generator-Based Exposure Control During Exams

Operators use the InnoVet Versa generator interface to select technique factors and perform exposures.

InnoVet Versa System Components & Physical Design

The InnoVet Versa combines a fixed table structure, integrated tubestand, and imaging components into a single system designed for consistent positioning and controlled imaging.

Radiographic Table & Base Construction

The system is built on a welded base designed to support stability during routine imaging.

• • Welded base construction for system stability
  • Rounded table edges to reduce technician contact injuries
  • Internal cable protection and transformer mounting

Collimator with LED Light Field Control

The Versa includes a manual collimator used to define the imaging field during exams. The collimator is designed to meet federal radiation leakage requirements for diagnostic imaging.

• • LED light field for positioning
  • Adjustable light timer (30, 45, 60 seconds)

X-Ray Tube & Heat Capacity

The X-ray tube supports routine diagnostic imaging with defined focal spot and heat capacity.

• • 1.0–2.0 mm focal spot
  • 140,000 heat unit capacity

These components define how the InnoVet Versa operates as a fixed imaging system, supporting stable positioning and consistent exam setup.

Available InnoVet Versa System Configurations

The InnoVet Versa can be configured with additional components and upgrades depending on clinical workflow and imaging requirements.

Optional System Upgrades

• • Four-way float top table (67 in. x 32 in.)
  • Anatomical programmed technique selection
  • 500 mA generator upgrade
  • Tabletop fluid trough

InnoVet Versa Specifications

Table & Tubestand

• • Stationary table top: 56 in. x 24 in.
  • Grid cabinet with cassette tray and interlock
  • Tubestand with angulation dial and handles

Generator

• • 20 kHz high-frequency generator
  • 30 kW output
  • 40–125 kVp range
  • 0.5–400 mAs range

Imaging

• • Compatible with DR detector systems
  • Supports digital image acquisition

X-Ray Tube

• • 1.0–2.0 mm focal spot
  • 140,000 HU capacity