Max 3™ Injector

Less waste, fewer steps—Maximize MR imaging with the automated syringeless technology from Max 3
At a glance

Workflow efficiency

No more syringes

Contrast media utilization

Optimized delivery functions

Safety features

Keeps patients at the forefront

User friendly

Simple setup and ease of use by staff
Next generation automated injector

The power of syringeless

Max 3 provides automated, controlled administration of contrast media and saline solution as part of diagnostic MR imaging.

The syringeless injector technology of Max 3 helps maximize workflow efficiency, optimizes contrast media utilization, keeps patient safety at the forefront, and saves staff valuable time with ease of use.
Increased efficiencies

Simple workflow for higher patient throughput

  • No syringes needed, which allows for rapid patient changeover
  • Injector display offers an intuitive and simple user interface for an easy and safe workflow
Optimized delivery

Efficient contrast media management

  • Ability to switch between contrast media for optimal contrast delivery
  • May help reduce contrast waste and enable cost savings
Protection for patients and users

Enhanced safety features

  • SafeConnect with touch protection
  • Automatic, patient side air detectors protect against air injection
  • Reliable protection against retrograde contamination1
Streamlined staff time

User friendly setup and operation

  • 18 hour battery life for all day use
  • No cords, a small footprint, and total mobility
  • Wireless connection to the injector from the scan room
Reference
1. L International GmbH (Grenzenstr. 13,88416 Ochsenhausen, Germany. GLP compliant study: Virological evaluation of Retrograde Contamination Potential at the Pump Tubing Set (XD 2035) or the CT motion (XD 8000). Report 10874251 2.1. November 12, 2015. Study is unpublished but available on request with nondisclosure agreement. The results of the non clinical investigation mentioned are applicable to the ulircheasyINJECT systems Max 3 and Max 2M as the physical barrier with respect to possible retrograde contamination is implemented in all of the systems by means of structurally identical two check valves.
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JB12487US September 2025