Autolok I

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24

enlarge image

The Autolok Hinge
° A hinge which automatically locks straight when the leg
is in full extension
° The simple, push–button mechanism, which releases the
lock to allow the leg to go into flexion, can be activated
by palm pressure if the patient has weak fingers
° The side steels can be contoured for a customised fit
° The low profile design gives the Autolok hinge a high level
of patient compliance
° Autolok hinges can be encased in Neoprene, and the lock
release remains fully functional
° Registered design
Autolok 1 (Not illustrated)
Code VK/00AL
° Incorporated into the original VK knee brace design
° See VK on page 24