2024 CT SCANNER PRICE GUIDE

How much does a CT scanner cost?

The average cost for CT scanner varies significantly depending on the model and features, with prices ranging from $80,000 for basic models to up to $300,000 for premium.

Typically, buyers can expect to spend between $120,000 and $160,000 for an intermediate-level CT scanner.

In this blog, we'll break down the costs involved in purchasing a CT scanner, from different price levels to the features that can affect the price.

We'll also look at the cost differences between buying a refurbished CT scanner over a new one, and other expenses to keep in mind.

1. The average cost of a CT scanner
2. Features that affect the cost of a CT scanner
3. Cost difference of a refurbished CT scanner vs a new one
4. Other costs to consider when purchasing a CT scanner

Whether you're upgrading your medical facilities or managing your hospital's budget, this guide will help you understand the financial aspects of acquiring a CT scanner.

The Average Cost of a CT Scanner

Understanding the cost of a CT scanner involves navigating several options, each tailored to meet specific imaging needs and various budgets.

The three distinct price tiers of CT scanners: Entry Level, Intermediate, and Premium.

Each category is defined not just by its price range—from as low as $80,000 to upwards of $300,000—but also by the level of technology, the type of diagnostic capabilities, and demographics, from local imaging centers to hospitals specializing in heart and lung surgeries.

Understanding these tiers and what they offer will help you make an informed decision specific to your facility's needs and the patients you serve.

Entry-Level

Entry-level CT scanners represent the most accessible tier, with prices ranging from $80,000 to $100,000.

This category includes machines like the GE LightSpeed 16, GE BrightSpeed 16, and GE Optima 520 & 540, which offer features like 16-slice or lower-end 64-slice configurations.

These scanners are designed with both affordability and functionality in mind, offering lower prices, ownership costs, and service expenses. They are particularly well-suited for local imaging centers, rural hospitals, and basic non-cardiac-focused facilities.

Entry-level CT scanners strike a balance between cost-efficiency and diagnostic proficiency, making them an ideal choice for smaller medical establishments or those with simpler imaging needs.

Intermediate

The intermediate tier of CT scanners, priced between $120,000 and $160,000, offers a step up in technology and capabilities.

This range includes advanced models such as the GE LightSpeed VCT 64, Philips Brilliance 64, and Toshiba Aquilion 64, which are equipped with high-end 64-slice technology, better imaging software, and specialized features for cardiac and lung scanning.

These scanners offer versatile solutions that meet the needs of a wide range of healthcare facilities, from small hospitals to larger medical centers.

The intermediate tier is a cost-effective solution for institutions that require a general-purpose scanner capable of performing a variety of diagnostic procedures.

With its blend of advanced features and affordability, this tier of CT scanners represents a balanced option for healthcare providers looking to upgrade their diagnostic capabilities.

Premium

The premium tier of CT scanners, with prices ranging from $200,000 to $300,000, represents advanced CT imaging technology.

This tier includes state-of-the-art machines like the GE Optima 660, GE Discovery 750HD, Toshiba Aquilion One, and Toshiba Aquilion Prime, which possess high-end configurations of 64, 128, 256, and even 320 slices.

These advanced scanners offer advanced definition and clarity in images, along with a wider imaging array, enabling detailed scans ideal for complex diagnostic requirements.

The premium tier is tailored for hospitals and medical facilities that specialize in heart surgery, lung work, and other advanced medical procedures.

For institutions prioritizing the highest standards in imaging and diagnostics, the premium tier offers the best solution for CT scanning.

Features that affect the cost of a CT scanner

When evaluating the purchase price of a CT scanner, we have to consider features for their significant impact on cost. Understanding these features can help you align your purchase with both clinical needs and budgetary limits.

Slice Count

The slice count of a CT scanner is one of the most critical factors affecting its price.

Higher slice counts (64, 128, 256, or 320) enable the scanner to capture better-detailed images in a single rotation, facilitating advanced procedures like cardiac or brain studies. However, this comes at a higher cost, both in terms of the initial purchase and ongoing service expenses.

Lower slice counts are more affordable but may not support complex imaging needs. The choice of slice count should balance clinical requirements with budget considerations.

Cooling System

CT scanners can be cooled using air or water systems, each with a list of requirements that can affect the cost.

Air-cooled systems are generally less expensive to install and maintain, as they don't require external chillers or plumbing modifications.

Water-cooled systems, though potentially offering more consistent cooling in varied environmental conditions, come with higher initial setup costs and maintenance requirements.

The choice between air and water cooling will affect both the upfront and ongoing costs of owning a CT scanner.

Software Options

The range of CT software options significantly influences the scanner's price.

Advanced software features, such as cardiac imaging capabilities or radiation dose reduction technologies (e.g., automatic exposure controls and iterative reconstruction), can add tens to hundreds of thousands of dollars to the cost.

These features, while enhancing diagnostic precision and patient safety, require substantial investment.

However, purchasing a used CT scanner might offer access to these advanced options at a lower cost, especially for high-demand features like cardiac imaging.

Dose Optimization/Reduction

Efforts to optimize radiation dose through technologies such as 'automatic exposure controls' (AEC) and 'iterative reconstruction' (IR) are at the forefront of CT scanner innovation.

These dose optimization features, which improve image quality while minimizing radiation exposure, are typically found on newer, more advanced models and contribute to a higher purchase price.

While these technologies represent an important investment in patient safety and diagnostic accuracy, they also reflect the scanner's overall cost.