Liquid accommodating intraocular lens with suspended central lens

An accommodating intraocular lens apparatus comprising:

• a liquid-inflatable, pliable shell having an equator defined by a farthest circumference of the shell from an optical axis of the shell;
• a sealable valve in the shell;
• a resilient webbing extending from an internal circumference of the shell;
• a central lens suspended across a center of the shell by the webbing;
• a second lens disposed within an anterior wall of the shell;
• and
• a depression formed in a posterior wall of the shell opposite the second lens, the depression having a continuous rim disposed around the optical axis,
• wherein when the shell is full of liquid:
• a most posterior point within the depression is less posterior than the entire rim such that any line between any two points on the rim does not touch any portion of the depression,
• the central lens and the second lens are coaxial, and
• radially pulling or pushing on the equator alters a distance between the lenses while keeping the lenses coaxial.