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About Us
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Meet the Founder, Caleb Van Brunt
Musician, Innovator, & Founder
Caleb Van Brunt brings a unique perspective to the world of instrument design, standing at the exact intersection of classical artistry and cutting-edge manufacturing. A versatile multi-instrumentalist, he was a co-winner of the 2024 CYSO Concerto Competition and maintains a deep commitment to community service, regularly volunteering his talents with the San Antonio Regional Hospital’s Music Therapy Program. While highly accomplished on the cello, he is exceptionally well-rounded, with proficiency in piano, viola, voice, clarinet, and both alto and tenor saxophone.
Driving Innovation: Ultimate 3D Solutions
Beyond the concert hall, Caleb translates his deep understanding of acoustic performance into high-precision engineering. As the Founder and CEO of Ultimate 3D Solutions, he leverages additive manufacturing to push the boundaries of design, prototyping, and functional production. His firsthand experience with the physical mechanics of string and wind instruments gives him a unique edge in developing 3D-printed instruments that bridge the gap between traditional craftsmanship and modern technology.
Global Communication & Education
In addition to his technical and musical pursuits, Caleb is a dedicated linguist fluent in English, Spanish, and Mandarin Chinese, and American Sign Language (ASL). Recognizing the power of structured, efficient systems, he founded Chinese in a Day and authored a book by that title detailing a practical, accelerated framework for achieving Mandarin fluency.
Whether refining his language skills, mastering a complex score, or engineering the next generation of 3D-printed instruments, Caleb is defined by a relentless drive for precision, innovation, and sharing his passions with the world.
Meet the 3DViolin - This is Not A Toy
Low Cost & High Quality
To make quality music education accessible to all students, we project our starting price will be $150 for the standard full-size model, alongside a Premium model featuring upgraded, high-performance hardware. The 3D-printed violin is structurally and acoustically comparable to traditional instruments in a much higher price range, offering playability and tone that are far superior to the low-cost violins commonly found elsewhere online. By leveraging precise additive manufacturing, we eliminate traditional manufacturing overhead to deliver a reliable, student-friendly instrument at an unbeatable value.
The Look and Feel of a Real Violin!
Low Cost & High Quality
The 3D-Printed Violin: Expanding Access to Music Education
The traditional violin is a refined acoustic instrument, but its cost, fragility, and inconsistency at the entry level can create barriers for beginners. The 3D-printed violin is not intended to replace classical craftsmanship, but to address key challenges in early music education: affordability, student retention, and global accessibility.
Lowering the Cost Barrier
For many families, starting a child in music involves significant expense.
Traditional beginner violins are either costly to purchase or require rental agreements that quickly exceed the instrument’s value. If a student stops playing early, much of that investment is lost.
3D-printed violins reduce this barrier by using digital designs and affordable polymer materials. This allows schools and programs to produce instruments at a significantly lower cost, turning the violin into a more accessible entry point rather than a financial commitment.
Improving the Beginner Experience
Many entry-level instruments suffer from inconsistent manufacturing quality, which can make learning unnecessarily difficult.
Low-cost factory violins often struggle with tuning stability and tonal quality due to variable materials and construction. This can lead beginners to feel discouraged, even when the real issue lies with the instrument itself.
3D printing enables precise, repeatable geometry. The result is a more stable structure that holds tuning better and provides consistent feedback, helping students focus on developing technique rather than compensating for equipment issues.
Expanding Global Access
In many regions, access to properly made instruments is limited. Students often rely on improvised alternatives that lack standardized dimensions.
Without consistent sizing and ergonomics, it becomes difficult to build proper hand positioning and muscle memory needed for advanced study.
A 3D-printed violin can be produced locally wherever a printer is available, using the same digital file. This creates a standardized learning tool that can be replicated across schools, libraries, and community programs worldwide.
Durability for Educational Use
Unlike traditional wood instruments, polymer-based 3D-printed violins are highly resistant to environmental changes and physical impact. They are less likely to crack, warp, or require frequent adjustment, making them well-suited for classroom environments and younger students.