See how braided silk with collagen coating and thermal cross-linking maintains mechanical stren
Thin dielectric layers let flexible sheets jam at voltages below air breakdown, improving safety, manufacturability, and motion resistance.
Titanium dioxide in a layered insulator raises dielectric constant, helping an electrostatic artificial muscle deliver more force without larger size or higher voltage.
A bioerodible core and perforated covering enable staged release of functional agents to improve ACL graft osseointegration and stability.
A web-connected clamping plate speeds tendon-to-bone fixation, supports minimally invasive placement, and helps maintain blood flow.
Fluid-linked holder and inner container preserve tissue in liquid at room temperature while maintaining seal orientation and preventing leakage.
A cannula and fixation tip on one mutual axis help surgeons fix the entry point, mark the exit point, and keep drilling angle accuracy.
An oblique protective barrier on gender-specific hernia mesh prevents contact with nerves and the spermatic cord to reduce pain and adhesion.
A flat braided reinforcement and button loop assembly secures quadriceps graft fixation while preventing suture pull-through and cutting prep time.
Angled spikes secure tendon to bone in one placement, reducing surgical time, tendon fraying, and bulky finger repair.
A threaded rod advances multiple surgical anchors without anchor rotation, cutting arthroscopic device exchanges and procedure time.
Channels linking the holder cavity and inner container keep tissues immersed for easier transport, storage, and pre-op handling without freezer logistics.
Enzymatic decellularization and lyophilization preserve over 50% of tendon growth factors in a moldable matrix for tendon repair.
Multiple adjustable loops and a fixation plate improve ACL graft tensioning consistency while reducing slip, creep, and high-force suturing.
A detachable frame with attachment arms enables precise arthroscopic tendon implant placement and reinforcement while the delivery shaft is removed in vivo.
A stapled humeral implant with a growth-factor hydrogel restores the tendon footprint and improves fixation and staged tendon-bone healing.
A complex ramped implant repositions the patellar tendon in multiple planes, reducing invasiveness and recovery time versus conventional surgery.
An evertable implant expander delivers and secures a sheet-like tendon implant early to reinforce partial rotator cuff tears and limit degeneration.