By SCM Foreign Desk
For millions of women around the globe, getting protective braids is a cherished cultural ritual — but it is also an endurance sport. A single session of knotless or box braids can easily stretch between six to ten hours, keeping clients stuck in salon chairs and leaving braiders with chronic wrist, back, and shoulder strain but not with Halobraid.
Now, Harvard-educated engineer Yinka Ogunbiyi is introducing a robotic solution designed to lighten the burden for stylists without replacing the human artistry at the heart of Black hair care.
Her creation, HaloBraid, is the world’s first automated braid-assist device. Built to handle the repetitive mechanical steps involved in tucking and feeding hair extensions into braids, the machine significantly speeds up the process while drastically reducing the physical wear and tear on stylists.
Rethinking a Multi-Billion Dollar Tradition
Traditional hair braiding is a demanding labor of love. Professional braiders frequently suffer from repetitive strain injuries, including carpal tunnel syndrome, due to making thousands of tight, precise wrist twists per appointment. Because earnings are tied directly to hours spent in the chair, a salon stylist’s daily revenue ceiling is strictly limited by physical stamina.
Ogunbiyi, a Nigerian-American mechanical engineer who studied at Harvard, recognized a massive gap in the beauty tech landscape: while consumer software and skin tech have seen billions in venture capital, structural hardware tools for Textured and Black hair care have remained largely unchanged for decades.
HaloBraid was developed to automate the high-friction mechanics of hair parting and braiding extensions, cutting session times down considerably. By taking over the most taxing physical movements, the device allows stylists to complete double the clients per day with a fraction of the bodily exhaustion.
$7 Million Raised and a 7,000-Salon Waitlist
Investors and salon owners have taken notice. HaloBraid recently secured $7 million in seed funding, backed by venture capital firms eager to capture a share of the rapidly expanding global Black hair care market, estimated at over $10 billion.
More than 7,000 salons are already on the waitlist to receive the device, signaling an unprecedented appetite for automation in specialized salon services.
”This isn’t about replacing braiders — it’s about giving them an assistant that extends their careers and doubles their business,” Ogunbiyi noted in a recent founder update.
As robotics expands beyond industrial factory floors and into high-touch consumer services, HaloBraid stands out as a prime example of American tech innovation solving deep-rooted everyday problems on a global scale.
Here is the technical deep-dive section integrated into your New York Times article structure:
Inside the Technology: How HaloBraid Works
Operating as a collaborative robot (or “cobot”), HaloBraid works alongside the braider rather than taking over the entire service. The device focuses specifically on the most repetitive, time-intensive phase of the process — continuing and finishing the braid down the length of the hair strand.
1. Stylist-Driven Foundation
The stylist retains complete artistic control by manually parting the client’s hair, sectioning the strands, and weaving the initial root foundation by hand. This step ensures proper tension near the sensitive scalp area, preserving client comfort and edge safety.
2. High-Speed Mechanical Weaving
Once the foundation is set, the stylist feeds the hair strands into HaloBraid’s patent-pending mechanism. Using an engineered system of micro-actuators, the device replicates the three-strand plaiting motion at up to 5x the speed of human hands.
Adaptive Tension Sensors: Real-time tactile feedback sensors continuously monitor the pull force applied to the hair. If a snag or knot is detected, the motor immediately auto-adjusts or pauses to prevent hair breakage or scalp discomfort.
Texture Recognition: Designed specifically for textured, curly, and coily hair patterns (Types 3 and 4), the internal guides utilize low-friction coatings to prevent tangling while maintaining uniform density down the full length of the braid.
3. Integrated Extension Feeding
HaloBraid accommodates both natural hair and synthetic extension feeding. Micro-gears feed synthetic fiber into the plait seamlessly, ensuring smooth transitions without creating bulk or unnatural bumps along the braid shaft.
By offloading thousands of repetitive wrist and finger twists per appointment, the mechanism cuts hours off typical knotless or box braid services while eliminating the physical fatigue that leads to long-term joint injury.