Intraocular lens injector assembly having shuttle assembly retaining intraocular lens in storage vial and operably presenting intraocular lens in injector assembly

1. A shuttle for retaining an IOL having an optic, the shuttle comprising:

a first shuttle plate and a separate second shuttle plate operably coupled and configurable between a coupled storage configuration and a coupled loading configuration, the first and the second shuttle plates in each of the coupled storage configuration and the coupled loading configurations defining an IOL chamber extending along a longitudinal axis, the IOL chamber axially bounded by a proximal port and a distal port, wherein each of the proximal port and the distal port in each of the coupled storage configuration and the coupled loading configurations has a major dimension transverse to the longitudinal axis, the major dimension being smaller than a diameter of the optic, the first shuttle plate comprising a first storage confronting surface and a first loading confronting surface, the second shuttle plate comprising a second storage confronting surface and a second loading confronting surface, wherein the first storage confronting surface abuts the second storage confronting surface in the coupled storage configuration and the coupled loading configuration, wherein the first loading confronting surface is spaced from the second loading confronting surface in the coupled storage configuration, and wherein the first loading confronting surface abuts the second loading confronting surface in the coupled loading configuration, wherein the IOL chamber is intermediate (i) the first and second storage confronting surfaces and (ii) the first and second loading confronting surfaces and wherein at least one of the first shuttle plate and the second shuttle plate pivots about a flexure interface intermediate the storage confronting surfaces and the loading confronting surfaces to move the operably coupled first and second shuttle plates from the coupled storage configuration to the coupled loading configuration.

2. The shuttle of claim 1 , wherein the IOL chamber has a storage configuration when the first and the second shuttle plates are in the coupled storage configuration and a loading configuration when the first and the second shuttle plates are in the coupled loading configuration.

3. The shuttle assembly of claim 2 , wherein the storage configuration of the IOL chamber does not deform the optic of the IOL from a nominal formation.

4. The shuttle assembly of claim 2 , wherein the loading configuration of the IOL chamber deforms the optic of the IOL from a nominal formation to a preferential curvature.

5. The shuttle of claim 1 , wherein the IOL chamber in each of the coupled storage configuration and the coupled loading configuration of the shuttle captures an IOL.

6. The shuttle of claim 1 , wherein the operably coupled first shuttle plate and the second shuttle plate preclude non-destructive separation.

7. The shuttle of claim 1 , wherein the IOL chamber is coaxial with a longitudinal axis.

8. The shuttle of claim 1 , further comprising a haptic ramp on each of the first and the second shuttle plate, wherein each haptic ramp is sized to displace a haptic to an overlying position with respect to the optic of the IOL.

9. A shuttle for retaining an IOL having an optic, the shuttle comprising:

(a) a first shuttle plate comprising a first storage confronting surface and a first loading confronting surface; and

(b) a separate second shuttle plate comprising a second storage confronting surface and a second loading confronting surface, the second shuttle plate configured to operably engage the first shuttle plate, such that the operably engaged first and second shuttle plates are configured to be disposed between an engaged storage configuration and an engaged loading configuration;

wherein the operably engaged first and second shuttle plates define a shuttle having (i) the first and the second storage confronting surfaces comprising a storage set of confronting surfaces, (ii) the first and the second loading confronting surfaces comprising a loading set of confronting surfaces, (iii) a shuttle lumen extending along a longitudinal axis, the shuttle lumen having an IOL chamber intermediate the storage set of confronting surfaces and the loading set of confronting surfaces, the IOL chamber sized to retain an optic of an IOL, and (iv) a flexure interface intermediate the storage set of confronting surfaces and the loading set of confronting surfaces,

wherein the storage set of confronting surfaces abut in each of the engaged storage configuration and the engaged loading configuration, and the loading set of confronting surfaces flex from being spaced apart in the engaged storage configuration of the operably engaged first and second shuttle plates to abutting in the engaged loading configuration of the operably engaged first and second shuttle plates.

10. The shuttle of claim 9 , wherein the flexure interface is linear.

11. The shuttle of claim 9 , wherein the first shuttle plate includes a first haptic ramp and the second shuttle plate includes a second haptic ramp.

12. The shuttle of claim 9 , further comprising a vial configured to releasably retain the shuttle in the engaged storage configuration.

13. The shuttle of claim 9 , wherein the IOL chamber defines (i) a storage dimension for the optic of the IOL in the storage configuration and (ii) a loading dimension for the optic of the IOL in the loading configuration, wherein the loading dimension is smaller than the storage dimension.

14. The shuttle of claim 9 , wherein the IOL chamber is axially bounded by a proximal port and a longitudinally spaced distal port, and includes an access port.

15. The shuttle of claim 9 , wherein the IOL chamber and the flexure interface are intermediate the storage set of confronting surfaces and the loading set of confronting surfaces along a direction transverse to the longitudinal axis.