Boreal Sciences
Smarter Design - Superior Care
Bolt Mini
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Polyaxial screws available in 1.8mm, 2.2mm, 2.7mm and 3.2mm diameters in lengths from 7mm - 24mm.
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The tulip measures 6mm x 8mm with a 2.2mm titanium connecting rod and locking caps, torque limited to ensure the implant is tightened to exact engineered specifications. Frenchies and Pugs, ventral cervical stabilization… no problem.
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Rent a complete Bolt Mini Kit for a week or a month. Pay only the small rental fee and for the implants you use. You can also purchase the complete kit and implants, ready for emergencies at anytime. Refill your kit as you use implant components. Implants are assembled on site so you save money by only purchasing what is needed for the case, keeping capital expenses low.
Precision Engineered. Made in the USA.
The Bolt Mini is the smallest polyaxial screw available for veterinary patients. It is precision engineered and made from human implant grade titanium, meeting the requirements of ASTM Standard F-136.
We are a team of innovators working at the intersection of veterinary neurology, biomedical engineering, and human spinal orthopedics. United by a shared commitment to animal well-being, we develop advanced spinal implant solutions designed specifically for veterinary patients. Through cross-disciplinary expertise and precision engineering, our mission is to raise the standard of care in veterinary medicine - because your best friend deserves Smarter Design and Superior Care.
Human Grade Precision, Tailored for Veterinary Care.
5 kg Pug subtotal corpectomy with stabilization
7 kg French Bulldog dorsal laminectomy with stabilization
8 kg Shih Tzu, C5 - C7 stabilization
8 kg French Bulldog, dorsal laminectomy and stabilization
The Bolt Mini
The Boreal Sciences Bolt Mini Spine System is the lowest profile small animal spine stabilization system available. Its ultra small stature is the result of a unique, state-of-the-art veterinary spine and human spine collaboration. Although the assembly is small, the Bolt Mini is designed to maximize the locking power and strength of the screw and rod construct.
