One Pair of Compression Tights, Infinite Applications.
MODULAR DESIGN. Dynamic experience. Therapeutic impact.
“It's like legos mixed with advanced design compression tights: it allows you the ability to add and change whatever your unique body and injury need.”
LAYERED / PLATFORM DESIGN
Built-in support to the baselayer
Added padding for impact protection
Platform for addition of external attachments for training, gameplay protection, recovery, pain relief, or tactical uses.
Add what you need, when you need it.
COMFORTABLE DESIGN
Constructed with top quality materials
Encompasses key body areas
Smart seams:
Flat seams (no irritation)
Aid the therapeutic impact
Added baselayer stability
Baselayer Compression Tights with Platform Design that allows you to stick any application, either functional and supportive or aesthetic, on top.
STRATEGIC COMPRESSION
Enhanced blood circulation, nutrient delivery, and venous return (recovery aid), and swelling management
Targeted compression
Higher compression at key body areas (knee, IT Band)
Lower compression for neurovascular structures
CONCENTRATED HEAT
Smart Thermogenesis
Heat along IT Band, Hip Joint, Adductors, and both sides of the Knee
Breathable baselayer
Extra layer over the front of the knee
Compression Technologies to help YOU GET BETTER.
PATELLAR TENDON
Patellar Tendonitis
Jumper's Knee
Osgood- Schlatter Disease
Sinding-Larsen and Johansson Syndrome
Meniscal / Joint Line Pain
VASTUS MEDIALIS (VMO)- QUAD
VMO (inner quad) Weakness
Medial Knee Pain / Instability
Valgus Tendencies / Deformities
Patellar Tracking Problems (Paella Dislocations)
Distal Quadriceps Strains
Post-Surgical VMO atrophy
Neuropathy of Infrapatellar Branch of the Saphenous
Later Stage ACL Recovery
Fascial Sling Disturbances
FULL WRAP-AROUND STRAP
Full Straps wrap the entire 360 degrees around the limb
Muscle (Hamstring, Quadriceps, Gastrocnemius, Soleus, Tibialis Anterior) Strains, Tendonitis, Tendonosis
Shin Splints, Compartment Syndrome
IT Band Issues
Swelling, Scarring, Adhesions
Myofascial Impingments
Knee Pain
COMPLEX KNEE SUPPORT SYSTEM 1
Left Knee: Valgus Unloading Mechanism encouraging external rotation of the tibial with addition medial support straps and VMO mimicking
Right Calf: Half-strap addressing Grade II Calf (Gastroc/ Soleus) Strain
Designed for a Complex Left Knee Injury and Instability (ACL, menisci damage, medial meniscal allograft, posterior knee damage):
Valgus Unloading & Prevention Mechanism
Tibial External Rotation Strap
Medial Support and Hinge (underneath)
Posterior Support- Popliteus/ Oblique Popliteus Ligament Mimicking
VMO Mimicking
IT Band Zero-Tension Support (lateral side)
RIGHT CALF: half-strap addressing Grade II acute gastrocnemius strain
COMPLEX KNEE & LUMBAR SUPPORT SYSTEM
ACL Injury Prevention methods connecting the Kinetic Chain from the Lumbar Spine to the Tibiofemoral Joint
Designed for Multiple Knee Surgeries (3 ACL Reconstructions) and Lordosis (exaggerated curvature of the lumbosacral spine)
Posterior Pelvic Tilt Encouragement
Lateral Trunk Sway Prevention
Bilateral Hip External Rotation Straps
Complex Left Knee System connecting kinetic chain
Valgus Prevention System
Posterior Support Strapping with Hyperextension Prevention Strap and distal hamstring tendon compression
RIGHT CALF: half-strap addressing Grade II acute gastrocnemius strain
CALF, PATELLAR TENDONITIS, & QUADRICEPS STRAIN SYSTEM
Left Knee Support Method Addressing the Knee and Patellar Tendonitis
Designed for Hamstring Tendonosis and Patellar Tendonitis
Left Knee Full-Strap
Strategically compresses distal bilateral hamstring tendons while supporting knee joint lines and patellar tendonitis. A VMO Mimicking Strap has been placed to encourage and engage VMO vector activity to aid in medial knee support (preventing valgus collapse due to VMO weakness)
LOWER LEG SYSTEM
Right Leg/ Ankle Support System
Designed for Left Hamstring Tendonitis and Quadriceps Weakness and Right Ankle Hypermobility
Right Leg System
Addresses patellar tendonitis while connecting the Plantar Flexion Calf Support Strap.
Custom ankle straps are applied to help with longitudinal arch support and to limit lateral rolling of the ankle/foot
OBJECTIVE BIOMECHANICAL DATA
Measuring and Applying Forces
Valgus Loading creates a force that influences the knee to go into a valgus movement and identifies when the wearer's knee collapses into a valgus movement
Valgus Loading™ Use Case
Applying a tensile force to the knee joint in a way that encourages movement towards a Valgus Event. The wearer is prompted to make adjustments to ensure healthy biomechanical alignment over the course of the exercise movement (ie Single Leg Press). Any Valgus Movements are identified real-time on a tablet to visualize their occurrence and strength, measured in Newtons.
The purpose is to create resistance training that prevents injury-causing Valgus Events from occurring in situations of high forces (i.e. in sport).
BRACEUNDER INTERFACE
Anterior view, left leg forward showing the Interface Baselayer without a functional brace (left), and with a functional Ossur CTi brace (right)
The Interface is the Original BRACEUNDER Producted designed to fix the pain points of functional knee bracing which were documented by a medical review on the current state of knee bracing.
Lateral View without brace (left), with a DonJoy ACL Brace (right)
Benefits Include:
Brace Fixation (keeps the hinges aligned) and prevents Brace Migration down the leg
Enhanced Comfort during wear
Improved Fit of the Brace
Memory Foam Buffer for:
Regrowth of Atrophied Muscle
Protection for Saphenous Nerve (Infrapatellar Branch) Regeneration
Undisturbed Myofascial Movements
Profusion, Venous Return
For Use with: