How much does a refurbished Cath Lab cost?

The average cost of a refurbished Cath Lab can vary significantly based on the brand, model, and detector size. For instance, GE Labs' systems range from $215k to $600k, while Philips Labs' systems range from $215k to $595k. 

Navigating the costs of establishing a digital Cath Lab in 2024 can be challenging, but understanding the price ranges for different systems can simplify your planning. This guide provides insights into the average cost ranges for Digital Cath Labs, including cardiac Cath, angiography, and more, along with the cost of delivery, installation, and first-year service coverage.

• Average cost of a refurbished Cath Lab
• Features that affect Cath Lab pricing
• Other costs to consider when purchasing a Cath Lab
• Overview and other resources

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Average cost of a refurbished Cath Lab

Establishing a Cath Lab in 2024 involves navigating a range of costs associated with acquiring both the primary systems and essential accessories.

We're going through a detailed breakdown of the average costs, including those for Cath Labs and additional necessary equipment.

By understanding these costs, you can plan effectively and ensure your facility is well-equipped to deliver superior patient care.

The cost of a refurbished Cath Lab can vary based on the brand, model, and detector size.

Here are the current industry average price ranges for various Cath Lab systems from leading manufacturers GE and Philips:

Philips Labs:
Philips Allura FD20: $275,000 - $550,000
Philips Allura FD10: $275,000 - $395,000

GE Labs:
GE Innova 2100: $250,000 - $325,000
GE Innova 3100: $250,000 - $350,000
GE Innova 4100: $250,000 - $350,000
GE Innova IGS520: $325,000 - $400,000
GE Innova IGS530: $350,000 - $450,000
GE Innova IGS540: $350,000 - $450,000

These prices typically include delivery, installation, and the first year of service coverage, making them comprehensive solutions for healthcare providers.

Aside from the primary systems, several essential add-ons can enhance the functionality and efficiency of your Cath Lab.

Here’s a breakdown of the average costs for these critical accessories:

Hemodynamic Monitoring System:
Used to monitor patient vital signs during procedures, these systems range from basic models that track vital signs like blood pressure and pulse oximetry to advanced models providing detailed cardiac function information.
Cost Range: $35,000 - $100,000 (varies by model and features)

Contrast Media Injector:
Essential for injecting dye during runoff procedures, the cost of these injectors depends on whether the unit is new or used and whether it is ceiling, floor, or table-mounted.
Cost Range: $5,000 - $30,000

Surgical Lights:
Additional lighting is crucial during procedures. Ceiling-mounted units are priced based on the number of fixtures and the articulations in the boom arm.
Cost Range: $2,500 - $10,000

Overhead Lead Glass Shield:
This shielding protects the system operator from radiation during exposures. Basic shields are affordable, while more elaborate systems are available at higher costs.
Cost Range: $2,000 - $5,000 (basic shields)

By understanding these costs and planning accordingly, you can make informed decisions that align with your facility's operational needs and budget constraints.

Features that affect Cath Lab pricing

When considering the purchase of a Cath Lab, it's crucial to understand the various features and factors that influence the overall cost.

These elements not only affect the initial price but also impact the long-term value and functionality of your investment.

Below, we explore the key components and considerations to help you navigate your decision-making process.

Analog vs. Digital Systems

Digital Cath Labs have become the new standard due to their significant advantages over analog systems.

Digital detectors experience less degradation over time compared to analog image intensifiers, ensuring greater longevity.

Additionally, digital systems can magnify images without reducing the scale, unlike analog systems that reduce the field of view with each degree of magnification.

Digital systems also excel in motion subtraction during cardiac procedures, offering clearer images and higher resolution, which enhances diagnostic capabilities.

Given these advantages, digital Cath Labs provide better performance and cost-effectiveness in the long run.

Single vs. Bi-Plane Systems

Single-plane and bi-plane systems differ in several key ways. Single-plane systems can perform 3D imaging, but there is a delay due to c-arm movement and software reconstruction.

They also require less complex site preparation and are generally more affordable than bi-plane systems.

On the other hand, bi-plane systems capture 3D images in real-time from two axes, making them ideal for neurovascular and cardiac procedures.

However, bi-plane systems require more extensive site preparation, including both floor and ceiling mounts, and come with higher costs due to their additional components and complexity.

Despite their higher cost, the advanced imaging capabilities of bi-plane systems make them invaluable for specific procedures.

Ceiling-Mounted vs. Floor-Mounted Systems

The choice between ceiling-mounted and floor-mounted systems depends largely on your facility’s layout and specific procedural needs.

Ceiling-mounted systems free up floor space and can enhance workflow efficiency but require reinforced suspension, costing around $8,000 - $10,000, and higher ceiling clearance.

Floor-mounted systems, on the other hand, are easier to install in rooms with standard ceiling heights but occupy floor space, which might affect room layout and workflow.

Detector Size

Detector sizes are chosen based on the type of work that will be performed most frequently on the system.

Systems with small detectors (20 cm²) are optimal for cardiac work and are typically more affordable due to their smaller size.

Large detectors (30 x 40 or 41 cm²) are best suited for angiography and vascular procedures, with higher costs due to their larger size and enhanced imaging capabilities.

Intermediate detectors (30 cm²) are versatile for a range of procedures depending on their software configuration, reflecting a balanced cost due to their multifunctional use.

Understanding these features and factors will help you make an informed decision that aligns with your clinical needs and budget constraints.

Other Costs to Consider When Purchasing a Cath Lab

Purchasing a Cath Lab involves more than just the initial investment in the primary equipment. There are several additional costs that can significantly impact your budget.

These costs are essential for ensuring the safe and efficient operation of your Cath Lab and maintaining compliance with regulatory standards.

Below, we detail some of these critical expenses to help you prepare a comprehensive budget.

Personal Protective Equipment (PPE)

Personal Protective Equipment is crucial for anyone operating in the Cath Lab.

This includes lead aprons, radiation goggles, and leaded gloves, all of which are necessary to protect staff from radiation exposure.

The cost of PPE will vary based on the number of operators and whether any of the equipment can be shared among staff members of similar sizes.

Aprons range from $120 to $200 each.
Goggles and glasses start around $55 per pair, with some types costing up to $250 per pair.
Gloves range from $130 to $250 per pair.

Applications Training

Applications training, commonly referred to as apps training, is a comprehensive program that covers everything from basic operations to advanced quality assurance tests and patient positioning.

This training is tailored to the specific studies your facility will perform most often and is essential for new Cath Lab users.

A typical training period spans three days, necessary for setting up protocols and resolving workflow issues.

The cost can range from $1,500 to $5,000 per day, excluding travel expenses for the trainer.

However, if your technicians are already familiar with similar systems, full training for every team member might not be necessary. 

It's important to communicate with your staff to determine their training needs accurately.

Physicist’s Visit

To comply with state radiation regulations, a newly-installed Cath Lab must be inspected by a certified radiation physicist.

This inspection is non-optional and must be conducted by private contractors.

The cost will vary based on the contractor you choose, and your state department of health can provide a list of certified inspectors.

Lead Shielding and Site Remodeling

Regulations regarding lead shielding vary by state, so it's essential to check with your state’s Department of Health to understand the specific requirements.

Additionally, remodeling your site to accommodate the new Cath Lab might be necessary.

This could involve electrical work, ceiling modifications, and other adjustments depending on the condition of your existing space and the type of lab you select. Cath Lab construction is an important piece of your installation project. 

The cost will depend on the rates of local contractors, so it’s crucial to begin discussions with your equipment vendor’s project management team and the installing engineer as early as possible.

Ongoing Service

Given the substantial investment in a Cath Lab, it is advisable to pair it with a warranty or service plan.

Even if your site prefers to handle maintenance in-house, it’s worth considering parts warranties or availability commitments from the refurbishment company.

Equipment downtime can affect patient throughput, staff scheduling, and reimbursements, and increase the overall anxiety level of your imaging department.

Service contract features and pricing vary from vendor to vendor.

At Block Imaging, we offer a variety of creative service packages to meet different needs, whether you have an in-house biomed team or require full risk management.

Options include tube coverage, 24/7 coverage, parts and labor, and chiller inclusions.

Choosing the right service agreement ensures that your investment is protected and your Cath Lab operates smoothly.

When budgeting for a Cath Lab, it’s essential to consider these additional costs alongside the primary equipment purchase.

By planning for PPE, applications training, physicist inspections, lead shielding, site remodeling, and ongoing service, you can ensure a smooth and compliant operation.

Get Your Custom Equipment Pricing Today!

Unlock Exclusive Offers with Our Pricing Request Form

Looking to upgrade or purchase new equipment? Fill out our quick form to receive a personalized pricing quote tailored to your specific needs. Our team is dedicated to providing you with competitive pricing options and detailed information to help you make the best decision. 

Overview and other resources

Establishing a Cath Lab involves a comprehensive understanding of not only the initial equipment costs but also the additional expenses that ensure safe and efficient operation.

By considering factors such as personal protective equipment, applications training, physicist inspections, lead shielding, site remodeling, and ongoing service, you can make informed decisions that align with your facility's needs and budget constraints.

At Block Imaging, we are committed to guiding you through this process and providing the support necessary for your success.

Key Takeaways:

Understand the Total Cost: The cost of a refurbished Cath Lab can vary widely based on brand, model, and detector size, with prices ranging from $215,000 to $600,000. It's crucial to account for both the primary equipment and essential add-ons in your budget.

Factor in Additional Expenses: Beyond the initial purchase, costs for personal protective equipment, applications training, physicist inspections, lead shielding, and site remodeling are necessary to ensure compliance and operational efficiency.

Evaluate Service Options: Pairing your Cath Lab investment with a warranty or service plan can mitigate risks associated with equipment downtime and maintenance. Block Imaging offers a variety of service packages tailored to different needs.

Plan Early for Site Preparation: Early discussions with your equipment vendor’s project management team and the installing engineer are vital for understanding and budgeting for site preparation, including any necessary remodeling.