Suspension arm systems

Future-oriented support arm systems for flexible operating theaters

Easy positioning of operating and examination lights or monitors is an important criterion for the OR. Our SIMEON support arm system gives you maximum flexibility by installing up to four arms on a central axis. Sim.FLEX also offers you a patented, modular support arm system with which you do not have to commit yourself. Even after installation, all options are available for subsequent adjustments - quickly and easily, without prior preparation. This gives planners and users complete freedom for expansion and extension, thereby safeguarding their investment for the future. In addition to the available SIMEON support arm systems, SIMEON Medical's light system solutions also consist of spring arms specially developed and produced for SIMEON, which offer newfound flexibility and an optimized performance spectrum.

Highlights / Technology

Technical highlights

Simple and flexible positioning
With innovative Anti.BAC® antibacterial coating
Suspension arm system with installation option for up to 4 arms per central axis
Optimized, individual adjustment options for the equipment
Unlimited positioning options for the support arm system

Revolutionary, modular suspension arm system
With innovative Anti.BAC® antibacterial coating
Maximum flexibility for OR planners: can be extended with additional suspension arms at any time, even after installation
Suitable for hybrid ORs: suspension arm lengths of up to 2,000 mm

The SIMEON spring arm system offers unique flexibility thanks to a more than 20 % greater range of movement (new: +45° to -75°). This provides additional user benefits for all procedures performed in a seated position and for all common applications.
Exclusive SIMEON design: modern and compact.
High product quality, manufactured exclusively for SIMEON, under a certified quality management system.

Anti.BAC® - Innovative antibacterial coating

We have developed a new Anti.BAC^® coating for our products with the highest antimicrobial effect (log 5.9 for Escherichia coli and log 4.29 for Staphylococcus aureus).