Radiology Trolley

Overview

Radiology trolleys organize and transport consumables instruments and portable devices across imaging suites. They improve efficiency and reduce setup time for procedures. Trolleys are designed for easy cleaning and maneuverability.

Organization and Layout

Trolleys include drawers shelves and labeled compartments for quick access to supplies. Standardized layouts across rooms streamline workflows and reduce errors. Lockable drawers secure controlled substances and sensitive items.

Mobility and Durability

Smooth casters and stable bases facilitate movement in busy departments. Durable materials withstand frequent cleaning and heavy use. Maintenance ensures wheels and brakes function reliably.

Infection Control

Trolleys are cleaned between uses and stocked with disposable covers for sterile procedures. Segregation of clean and used items prevents cross contamination. Documentation of cleaning schedules supports infection prevention.

Contrast Media Refrigerator

Overview

Contrast media refrigerators maintain recommended temperatures for iodinated and MRI contrast agents. Proper storage preserves agent stability and efficacy. Temperature logs and alarms ensure compliance with storage guidelines.

Inventory Management

Organized storage and labeling prevent expired or incorrect agent use. First in first out practices reduce waste and ensure freshness. Integration with pharmacy systems supports tracking and ordering.

Temperature Monitoring

Continuous temperature monitoring with alerts prevents inadvertent exposure to out of range conditions. Calibration of sensors and validation of alarms are part of QA. Documentation supports regulatory inspections.

Safety and Handling

Spill kits and handling protocols reduce risk during access and transport. Staff training on storage requirements and emergency procedures ensures safe use. Clear labeling and segregation prevent medication errors.

Injector Syringe Kit

Overview

Syringe kits provide sterile single use components for contrast injection procedures. Kits include syringes tubing connectors and saline flush components. Proper kit selection ensures compatibility with injector models.

Compatibility and Sizing

Kits are matched to injector models and desired syringe volumes. Using correct connectors prevents leaks and pressure issues. Inventory management ensures availability for scheduled studies.

Sterility and Disposal

Single use kits reduce infection risk and simplify cleanup. Proper disposal of used kits follows biohazard and sharps protocols. Documentation of lot numbers supports traceability in case of recalls.

Storage and Handling

Kits are stored in clean dry conditions and checked for integrity before use. Expiry dates and packaging integrity are verified prior to procedures. Training ensures correct assembly and priming of injector systems.

Contrast Media Warming Cabinet

Overview

Warming cabinets bring contrast media to comfortable temperatures for patient injection. Warmed contrast reduces discomfort during injection and may improve patient tolerance. Cabinets maintain controlled temperatures and uniform warming.

Safety and Validation

Temperature validation and monitoring ensure media are warmed within safe ranges. Overheating is prevented by thermostatic controls and alarms. Regular calibration verifies cabinet performance.

Workflow Benefits

Pre warmed contrast reduces procedure delays and improves patient experience. Cabinets support high throughput environments by maintaining ready to use supplies. Clear labeling prevents confusion and ensures correct agent use.

Cleaning and Maintenance

Cabinets require routine cleaning and inspection to maintain hygiene. Electrical safety checks and door seal inspections preserve performance. Documentation supports infection control and equipment management.

ECG Cable Set

Overview

ECG cable sets connect patients to monitors for cardiac rhythm and gating during imaging. High quality leads reduce noise and improve signal fidelity. MRI conditional leads are required for safe use in the MRI environment.

Lead Types and Placement

Standard 3 lead 5 lead and 12 lead configurations support different monitoring needs. Proper skin preparation and electrode placement optimize signal quality. Gating for cardiac CT and MRI relies on accurate ECG signals.

Maintenance and Infection Control

Cables and electrodes require cleaning and replacement according to protocols. Damaged cables increase artifact risk and should be removed from service. Inventory management ensures availability for scheduled procedures.

Compatibility

Cable connectors must match monitor and scanner interfaces for gating and recording. MRI compatible leads use non ferromagnetic materials and special connectors. Verification testing ensures safe operation in modality specific environments.

Patient Transfer Board

Overview

Transfer boards facilitate safe movement of patients from stretchers to imaging tables and vice versa. They reduce manual lifting and risk of injury to staff and patients. Boards are used in trauma and immobile patient scenarios.

Material and Design

Boards are made from radiolucent materials to allow imaging without removal in some cases. Handles and tapered edges ease sliding and positioning. Weight capacity and dimensions are selected for patient population.

Cleaning and Storage

Boards require cleaning and disinfection between uses to prevent cross contamination. Storage racks protect boards from damage and maintain accessibility. Inspection for cracks and wear ensures safety.

Training and Use

Staff training in transfer techniques reduces injury risk and improves patient comfort. Use of slide sheets and transfer aids complements board use. Documentation of training supports occupational safety programs.

Sterile Drapes

Overview

Sterile drapes create a barrier to maintain asepsis during interventional and surgical imaging procedures. Drapes are available in various sizes and configurations for different procedures. Proper draping reduces infection risk and supports sterile technique.

Material and Features

Drapes may include adhesive edges fenestrations and integrated instrument pockets. Fluid resistant materials protect against contamination and maintain field integrity. Selection depends on procedure type and sterility requirements.

Application and Removal

Correct draping technique ensures full coverage of the sterile field and minimizes contamination risk. Removal and disposal follow biohazard protocols to prevent spread of contaminants. Training ensures consistent sterile practice.

Inventory and Waste Management

Stocking appropriate drape sizes and types prevents delays and maintains workflow. Single use drapes simplify turnover but increase waste. Recycling and waste segregation policies address environmental considerations.

Positioning Aids

Overview

Positioning aids include cushions straps wedges and molds to optimize patient comfort and image reproducibility. Proper positioning reduces motion and improves diagnostic quality. Aids are selected based on anatomy and procedure requirements.

Immobilization Devices

Immobilization devices secure patients for pediatric MRI and radiotherapy simulation. Custom molds and vacuum cushions provide reproducible positioning. Comfort and safety are balanced with immobilization needs.

Cleaning and Infection Control

Aids must be cleaned and disinfected between patients according to protocols. Removable covers and washable materials facilitate hygiene. Inspection for wear prevents loss of support and safety issues.

Documentation and Use

Standardized positioning protocols improve consistency across technologists. Photographic or written notes support repeat studies and follow up imaging. Training ensures correct application and patient comfort.

Immobilization Device

Overview

Immobilization devices are used for radiotherapy simulation pediatric imaging and certain interventional procedures. They reduce motion artifacts and ensure reproducible positioning. Devices range from thermoplastic masks to vacuum cushions.

Types and Applications

Thermoplastic masks secure the head and neck for radiotherapy and imaging. Vacuum cushions conform to patient anatomy for stable support. Selection depends on target site and required immobilization precision.

Safety and Comfort

Proper fitting and padding prevent pressure injuries and discomfort. Monitoring during use ensures patient tolerance and safety. Removal protocols address emergency situations and patient distress.

Maintenance and Storage

Reusable devices require cleaning and inspection between uses. Custom molds are documented and stored for repeat treatments. QA ensures devices maintain shape and function over time.

Compression Paddle

Overview

Compression paddles apply controlled pressure to flatten tissue and reduce motion during imaging. In mammography compression improves lesion visibility and reduces dose. Paddles come in various sizes and materials for patient comfort.

Types and Features

Rigid and flexible paddles offer different comfort and positioning options. Paddle surface texture and edge design affect patient tolerance. Some paddles include positioning aids and markers for localization.

Safety and Protocols

Compression force and duration are monitored to balance image quality and patient comfort. Technologist communication reduces anxiety and improves cooperation. Regular inspection ensures paddle integrity and safety.

Cleaning and Maintenance

Paddles are cleaned between patients and inspected for cracks or wear. Replacement schedules prevent compromised compression performance. Documentation of maintenance supports quality programs.