HiSpeed RP CT Package -
Refurbished General Electric HiSpeed Helical Computed Tomography Scanner Consisting of:

High Resolution Scanning Gantry

		1, 2, 3, 4 Second Full Scans
		3.5 Mhu High Performance Graphite X-Ray Tube
		Solid State Hilight Detector
		+/- 30 Degree Tilt
		70cm Gantry Aperture

Patient Positioning Table

		51cm (21 in.) Minimum Elevation
		170cm Scannable Patient Travel
		400 lb Capacity to Performance Specification (450lb max.)

High Voltage Generator/ Power Distribution Unit

		48 kW Generator (400aA Max.)
		kVp Selections - 80, 120 and 140 kVp
		mA Selections - 40 to 400 in 10 mA Increments

Advanced Image Processing Unit

		60 Second Continuous Helical Scanning
		AutoScan, AutoVoice, AutoFilm, AutoArchive
		860Mb System Disc Stores 1,860 images
		Magnetic Optical Disk Stores up to 2260 images

Operator Console

Operator Console with Trackball and Keyboard for Access to System Functionality

Operator Manuals and Phantoms

Complete set of system and QA phantoms

LAP CT1 - Simulation Laser System with Scanning Sagittal Laser

		One (1) ceiling mounted scanning sagittal laser, including fixed transverse line in the overhead laser rail and two (2) Apollo fixed wall mounted lasers for use in localizing and marking isocenter planes during virtual simulation procedures.
		"Wilke" installation and quality assurance phantom and QA remote control for two fixed side lasers
		Computer terminal (keypad) placed in the CT room for input of laser functions
		"IsoMark" Windows NT based applications software and Windows NT desktop computer for transmitting, recording and verifying isocenter data. Interface-ready for communication of isocenter coordinates from TPS (when and if available), enabling automatic movement of sagittal laser.
		Wall and ceiling mounted laser installation, service and warranty are provided by LAP. Uni-strut may be required for installation. Consultation with LAP engineers is available.

Med-Tec IPPS-TI CT Therapy Carbon Fiber Table Insert

		Indexing features standardize patient setup throughout the clinic, from imaging and simulation through treatment.
		Securely attaches to the CT cradle, ensuring repeatable level and orthogonal orientation of the patient.
		Orthogonal and stable patient positioning allows clinician to use CT lasers to place accurate isocenter marks on the patient.
		Extremely durable, lightweight construction of Rohacell foam and carbon fiber is easy to clean and weighs less than 14 kg.
		Low-density surface for easy autocontouring within TPS.
		Divergent non-symmetric aluminum wire fiducials to define data/patient orientation and slice orientation