Head(amame) Launches 3D-Printed Pro Headphones on Kickstarter
▼ Summary
– Morgan Andreychuk founded Head(amame) to create affordable, high-quality 3D-printed DIY headphone kits for home assembly.
– The new Head(amame) Pro model is professionally 3D-printed with industrial machines, featuring glass drivers and a Kevlar-reinforced chassis.
– These Pro headphones are lightweight at 280 grams, do not require an amplifier, and can connect directly to phones or laptops.
– The Pro model remains cost-effective by using 3D printing instead of injection molds and includes repairable design files for backers.
– Andreychuk plans to apply insights from the Pro model to update the DIY kit files in 2026, following positive initial feedback from the HiFi community.
The new Head(amame) Pro headphones are making waves by bringing professional-grade, 3D-printed audio to the market at a remarkably accessible price point. This launch represents a significant evolution from the company’s original do-it-yourself kits, offering a complete, high-fidelity product for those who want premium sound without the assembly.
Morgan Andreychuk, the founder, has long championed the use of 3D printing to create affordable, high-quality audio gear. His initial Head(amame) DIY kits allowed enthusiasts to print and build their own headphones at home. While these kits are capable of impressive results, the final audio quality heavily depends on the builder’s 3D printer and their skill level. A user with a high-end printer and specialized materials could produce a far superior set compared to someone using a basic machine.
Recognizing this inconsistency, Andreychuk collaborated with Brian Hayden from Capra Audio, an early supporter of the brand, to develop the Head(amame) Pro. Unlike the DIY kits, the Pro model arrives as a fully assembled, professionally crafted product. They are printed by Pantheon Designs using industrial FDM machines, ensuring a uniform and high-quality build for every customer.
The headphones feature an open-backed design and are exceptionally lightweight. A key innovation is the use of a glass diaphragm driver, which is thinner than a human hair. This technology, typically found in headphones costing over $1,500, provides exceptional rigidity and damping for precise sound tuning. The chassis is reinforced with Kevlar for added durability without sacrificing the featherlight feel.
Weighing just 280 grams, the over-ear Pro model is designed for extended listening sessions. They come with velour-wrapped memory foam earpads and a breathable headband for maximum comfort. A major convenience is that they do not require a separate amplifier, plugging directly into phones, laptops, and gaming consoles.
By sticking with the 3D-printing process, the company avoids the massive upfront cost of injection molds, which helps keep the final price competitive. The parts are manufactured using a specialized ASA-Kevlar filament. In a nod to the brand’s open-source roots, backers will receive the 3D model files. This means owners with access to a printer can fabricate their own replacement parts indefinitely, or they can purchase spares directly from Head(amame).
The Head(amame) Pro recently garnered positive attention from audiophiles at the CanJam Dallas show, with formal reviews anticipated shortly. Andreychuk has also confirmed that the technological advancements from the Pro model will trickle down to the DIY kit lineup, with updated print files for existing customers expected in 2026.
(Source: Tom’s Hardware)
