3D Printed Moulds
An innovative and superior method to create highly flexible, patient-specific bolus
For many applications, a rigid 3D printed bolus is effective and well tolerated by the patient. However, some clinical scenarios may benefit from a soft, highly flexible patient specific bolus. We have listened to valuable customer input and created a new technology that allows users to easily create moulds that can be 3D printed and filled with flexible material to produce patient-specific bolus.
Key Benefits
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- Allows the use of flexible materials, such as skin-safe silicone.
- Introduces a regulatory cleared process to create and produce flexible bolus with high accuracy.
- Preserves the superior patient fit provided by rigid 3D printed bolus compared to traditional methods – but offers the comfort and pliability of a soft material.
- Allows use of a bolus that copes with minor patient motion or changes between treatment fractions.
- Provides a solution particularly useful for head and neck or skin cases, or other complex anatomies requiring custom fit bolus.
Traditional sheet bolus used on curved surfaces, such as a breast, can result in poor conformity and resultant air gaps.
Flexible, patient-specific bolus provides superior fit and adheres to the surface shape of complex anatomies, such as a breast.
Workflow
We're Here For You
Every customer is encouraged to provide insight and feedback about our software to help influence our product road map. A dedicated team of software engineers, developers, and medical physicists can take your ideas, prototype them, and quickly turn them into reality.
How We Support Our Customers
We help every customer leverage our world-class product to achieve their desired clinical outcomes so they are more successful.
Identify key customer expectations
Every customer will approve their own plan
Map out processes to meet customer expectations
Establish path to success in advance
Define metrics for each expectation
Establish realistic and measurable metrics
Quantify a goal
Establish realistic goals to help assess performance
Assign responsibility
A dedicated individual (or team) will support every customer
Establish a schedule
We will ensure you stay on track
What People Are Saying
Happy Customers
If attempting to design and fabricate 3D printed accessories without using Adaptiiv’s solution, validation consists of a combination of visual inspection, caliper measurements, and CBCT scan on the patient. There is no efficient way to verify the treatment plan within the TPS, which can put the initial plan at risk.
Brian Overshiner
Staff Radiation Therapist,
Indiana University School of Medicine