Activarmor™ Providers
Any doctor and clinic can provide the latest high-tech immobilization options with our cloud-based custom design software. Enter the orthopedic device market with our next-gen, high-margin, medical 3D printing and turnkey point-of-care fabrication system to provide patients with the latest in custom care right in your office.
Provide the Latest in Digital Medicine & Advanced Treatments
Why Doctors Love ActivArmor™
-
Tested & Certified
ActivArmor has been biocompatibility tested (ISO 10993-5 certified) and is listed with the FDA as a Class 1 splint. Hundreds of patients have been successfully treated with ActivArmor devices since 2018.
-
Easy to Print
No expertise needed. Just scan your patient’s limb with your iPhone and our easy-to-use cloud-based software will design the cast for quick point-of-care fabrication.
-
Marketable
Increase traffic to your clinics by customizing your ActivArmor devices with your logo and branding so your patients and their casts become tangible testimonials for your clinic.
-
Custom Fabricated
The ActivArmor process starts with a scan to create a 3D model of your patient’s limb. Then, with 3D printing technology, a cast is custom-fabricated to the physician’s specific positioning and instructions for the patient’s unique needs.
-
Outcomes-Focused
Provide your patients with the latest in high-tech immobilization, custom-adapted for advanced healing technologies like ultrasound, bone and muscle stimulators and TENS units.
-
Adaptable for Treatment
Our open design keeps patient skin healthy by allowing doctors to easily observe skin conditions. ActivArmor casts are designed to be either easily removable for check-ups or locked-on for patient compliance. Our casts also easily adjust to swelling or atrophy.
-
Covered by Insurance
ActivArmor is covered by most insurance plans, including Medicare and Medicaid, generating great profit margins for clinics.
-
Hygenic & Sanitizable
Improve your patients’ quality of life by providing them with an immobilization device that allows them to wash, sanitize and reduce viral transmissions.
-
Biocompatible
Unlike traditional cast and immobilization methods, ActivArmor’s turnkey fabrication system uses a high-temperature thermosetting and recyclable plastic.
ActivArmor Provider Process
-
Scan the injury easily with an iPhone.
-
Customize the ActivArmor device.
-
Print on site or order for delivery.
Implemented By Clinics Globally
Common Uses for ActivArmor
-
• Thumb Fractures/Dislocations
• Hand Metacarpal Fractures
• Thumb MP Collateral Ligament injuries (e.g. skier’s thumb)
• Basal Joint Arthritis/Instability (TMC joint)
• Peripheral Nerve Injuries (anti-deformity)
-
• Wrist Fracture (distal radius/ulna)
• Wrist Sprain
• Mid Carpal Instability
• Scapho-lunate Instability
• SLAC Wrist
• DRUJ Injury/Instability
• TFCC Injury/Repair
• Wrist Tendonitis
• Carpal Tunnel Syndrome
• Median or Ulnar Nerve Repairs
• Radian Nerve Palsy/Injury
-
• Scaphoid Fractures Wrist/Thumb Tendonitis (e.g. Dequervain’s tenosynovitis)
• Collateral Ligament Injuries
• Osteo & Rheumatoid Arthritis
• Peripheral Nerve Injuries
-
• Foot Drop
• Foot/Ankle Fractures
• Lower Leg Surgeries
• Ankle DJD Degenerative Joint Disease
• Charcot Foot/Ankle
• Ankle Sprains
*Use indications
ActivArmor devices are labeled for external, non-sterile use to provide support, stability, and immobilization for extremities. ActivArmor has not been formally tested for acute injuries and is not intended to provide bone-level strength to the extremity. The physician or non-physician provider (NPP) – therapist, NP, PA-C etc. should determine the appropriate use, time, duration and intensities, for the medical condition.
The ActivArmor devices are to be used at the sole risk of the consumer, and are not labeled for use with injuries requiring physician oversight or for acute injuries. ActivArmor is not responsible for injury or adverse healing outcomes from device use or misuse.
Why Providers Love ActivArmor
“The precision fit through 3D printing makes these [ActivArmor] casts fit within one millimeter to the patient’s native anatomy. They fit better, patients like wearing them.”