Computed Radiography (CR) System in Zimbabwe
Leading Computed Radiography (CR) System Supplier

A Computed Radiography (CR) System is a modern digital imaging technology that has largely replaced traditional film-based X-ray procedures. At its core, a CR system utilizes a reusable imaging plate (IP) coated with a photostimulable phosphor. When exposed to X-rays, this phosphor stores the latent image information. The exposed IP is then inserted into a CR reader, where a laser scans the plate. This laser stimulation releases the stored energy as light, which is captured by a photomultiplier tube (PMT) and converted into an electrical signal. This signal is then digitized and processed by a computer to create a high-quality digital radiographic image. This digital format offers significant advantages in terms of image manipulation, storage, and transmission compared to conventional radiography, making it a vital tool for modern diagnostic imaging in healthcare facilities across Zimbabwe.

In Zimbabwe's evolving healthcare landscape, Computed Radiography (CR) systems are becoming an indispensable tool for a wide array of medical facilities seeking to enhance diagnostic imaging capabilities, improve workflow efficiency, and deliver superior patient care. From large urban centres to more remote areas, the benefits of CR extend across various healthcare providers.

Integrating a Computed Radiography (CR) system into your Zimbabwean healthcare facility is a streamlined process designed for minimal disruption. We prioritize a comprehensive approach, from initial site assessment to final calibration, ensuring your CR system is fully operational and seamlessly integrated into your existing workflow. Our expert technicians, familiar with the unique logistical considerations in Zimbabwe, will guide you through each stage.

Site Preparation: Before delivery, a thorough site survey will be conducted. This involves assessing the designated installation area for adequate space, power supply stability (including potential need for surge protectors or backup power), network connectivity (wired Ethernet is recommended for optimal performance), and environmental factors such as temperature and humidity. We will collaborate with your facilities team to ensure all requirements are met.

Delivery and Unpacking: Upon successful site preparation, our logistics team will arrange for the secure and timely delivery of your CR system. All components will be carefully unpacked in the presence of your designated personnel, and a preliminary inspection for any visible transit damage will be performed.

Installation Steps: Our certified engineers will then proceed with the physical installation. This typically includes:

• Mounting and securing of the CR reader unit.
• Connecting the reader to the workstation and network infrastructure.
• Installing and configuring the CR software on the designated workstation.
• Connecting necessary peripherals such as a monitor and keyboard.
• Ensuring proper power and grounding connections.

Calibration and Testing: Once the physical installation is complete, rigorous calibration and testing procedures are undertaken. This critical step ensures the system achieves optimal image quality and diagnostic accuracy. This involves:

• Performing phantom scans to verify detector sensitivity and linearity.
• Adjusting image processing parameters to meet diagnostic standards.
• Conducting workflow tests to confirm seamless integration with your Picture Archiving and Communication System (PACS) and/or Hospital Information System (HIS), if applicable.
• Providing comprehensive training to your radiographers and IT personnel on system operation, basic troubleshooting, and maintenance.

We are committed to a smooth and efficient installation, empowering your facility with advanced diagnostic imaging capabilities.

The investment in a Computed Radiography (CR) system in Zimbabwe is a significant decision, and pricing can vary considerably based on several factors, including brand, model, features, and whether the system is new or refurbished. While a precise, universally applicable figure is challenging to provide due to market fluctuations and specific supplier negotiations, we can offer realistic price ranges to aid your budgeting process.

For new Computed Radiography (CR) systems, you can generally expect an investment to range from approximately US$15,000 to US$60,000+. This wide range accounts for differences in image quality, throughput capabilities, integrated software suites, and manufacturer support. High-end systems with advanced features and superior image processing will naturally fall at the higher end of this spectrum.

Refurbished Computed Radiography (CR) systems offer a more accessible entry point for many healthcare facilities in Zimbabwe. These systems, which have been previously used and professionally restored to full working order, typically range from approximately US$7,000 to US$30,000. The cost-effectiveness of refurbished units makes them an attractive option, but it's crucial to ensure they come with a warranty and from a reputable supplier to guarantee reliability and longevity.

It is important to note that these figures are for the core CR system (detector, reader, workstation, and software) and may not include installation, training, maintenance contracts, or necessary accessories like PACS integration, which can add to the overall cost.

We understand that budget considerations are paramount for healthcare facilities across Zimbabwe. That's why we offer a range of cost-effective Computed Radiography (CR) system solutions designed to deliver excellent imaging quality without compromising your financial resources. Explore our value-focused options, including meticulously inspected refurbished CR units, demo models offering near-new performance at a reduced price, and robust entry-level CR systems ideal for practices with specific imaging needs and budget constraints.

When seeking a reliable Computed Radiography (CR) system in Zimbabwe, partnering with Franance Health offers distinct advantages. We understand the critical nature of diagnostic imaging and are committed to providing superior equipment backed by unparalleled local support. Our established OEM partnerships ensure that we supply genuine, high-performance CR systems from leading global manufacturers. This means you receive cutting-edge technology built to rigorous standards. Furthermore, our dedicated local engineering team is based right here in Zimbabwe, ready to provide prompt installation, training, and ongoing maintenance. This proximity translates to faster response times and a deeper understanding of your specific operational needs. To provide you with complete peace of mind, all our CR systems come with comprehensive warranties, ensuring your investment is protected and your diagnostic capabilities remain uninterrupted.

When investing in a Computed Radiography (CR) system for your Zimbabwean medical facility, understanding the standard inclusions is crucial for seamless integration and immediate operation. Our CR systems are designed to be comprehensive, providing you with the essential components needed to establish a robust digital radiography workflow. While specific configurations may vary slightly based on the chosen model and manufacturer, a typical CR system package for Zimbabwe will include the following key elements:

We understand the critical nature of diagnostic imaging in your practice. That's why our Computed Radiography (CR) systems for Zimbabwe come with comprehensive warranty and maintenance plans designed to ensure uninterrupted operation and maximum uptime. Our standard warranty covers defects in materials and workmanship, providing you with peace of mind during the initial period of ownership. Beyond the standard coverage, we offer tailored Preventive Maintenance Programs (PPM) to proactively address potential issues, optimize system performance, and extend the lifespan of your CR equipment. Furthermore, we maintain a robust stock of genuine spare parts locally in Zimbabwe, ensuring swift replacements and minimizing any potential downtime should a component require servicing.