Compu-Cutter® III Block Cutting System

©JRT Associates 2008

Radiotherapy departments can now take advantage of the cost savings and versatility of a compact tabletop Compu-cutter® system. The Compu-cutter® III is less than half the size of its predecessor without sacrificing quality and accuracy.

Available as a complete package or as a single unit which can plug and play with your existing configuration. Huestis software is compatible with any Windows¨ based O/S allowing for easy image manipulation, correction and cutting.

The Compu-cutter® III is a CE certified radiotherapy shielding block cutter.

Precision Accuracy

• Computerized, four-axis cutter ensures accuracy of ± 1 mm.
• Built-in checks minimize operator error and time consuming re-cuts.
• Allows review of outline on monitor.
• Drawing package feature allows for easy image manipulation and correction.
• Cut path simulation prior to actual block cut.
• All functions and set ups are completely computer controlled.
• Radiograph printout verifies tracing.
• Template printout facilitates mounting shielding block on tray.

Treatment Planning Interface

• Digitized block outlines can be easily transferred from treatment planning systems.
• Eliminates redundant input of block outlines from radiographs.
• Imported outlines may be cut immediately or stored for later use.

Radiograph Digitizing

• Radiograph is aligned on scribed crosshairs and traced with a mouse.
• Windows based program digitizes and stores data and patient files for easy reference or modifications.
• Easy input of patient/ block information.
• Preset operational function keys. User may select any cut path to connect multiple block outlines.

Hot Wire Cutting

• Image can be moved to any position on the block to allow for the conservation of styrofoam use.
• Fast .45”/sec. (1 cm/sec.) cut speed.
• Cutter is safely enclosed in cutting bay.
• Adjustable temperature for variations in foam densities.
• Safety interlock for open door position.
• Custom defaults: S.F.D., S.A.D., S.T.D.
• Distance changes can be factored in after digitizing.
• Determines smallest block required for shape or combination of shapes