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13-061 Holz Zonule Defender, Length 120 mm, Round Titanium Handle
Designed in cooperation with Huck Holz, M.D., U.S.A.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
$73.85
Original: $211.00
-65%13-061 Holz Zonule Defender, Length 120 mm, Round Titanium Handle—
$211.00
$73.85More Images
13-061 Holz Zonule Defender, Length 120 mm, Round Titanium Handle
Designed in cooperation with Huck Holz, M.D., U.S.A.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Designed in cooperation with Huck Holz, M.D., U.S.A.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
The device is to be inserted into the equator of the capsule bag and used as counter traction when removing (pulling) the haptic from it during IOL exchange.
The surface area will distribute the countertraction forces and prevent the prying motion from breaking zonules.
