Rayner多焦点.ppt

Rayner 多焦点人工晶体介绍
1、获得看远，看近的能力，模拟人自然地全程视力。
2、获得的方法：
折射
衍射
折射、衍射混合使用
选择多焦晶体原因，实现的方法：
单焦晶体属于折射
专利的AVH ™襻
专利的AVH ™襻—优异的稳定性
专利的AVH襻技术〔抗屈折技术〕提供一个可控制的、渐进性的张力来对抗囊袋的收缩，使得Rayner晶体拥有极佳的稳定性
居中性
旋转稳定性
对抗倾斜和轴向位移
专利的AVH ™襻—优异的稳定性
无论在任何直径的囊袋内，AVH襻通过外襻和内襻的共同作用，
以获得最好的囊袋稳定性。
Patented AVH Technology
11
M-flex®
Amon-Apple Enhanced Square Edge
11
M-flex®
Rayacryl
11
M-flex®
Rayner 多焦的光学设计
折射性设计，屈光度在前外表
五个同心光学区带，每个区带单独非
球面处理

渐进性多焦点设计
附加屈光度+3D和+4D
前后外表比照
M-flex 〔630F〕非球面多焦点人工晶体
M-flex 〔630F〕非球面多焦点人工晶体
人工晶体的计算

可以采用传统单焦点人工晶体的计算方法

也可以登陆Rayner 公司专用的网站计算

password: s-demo101
login name: s-demo101
The aim of our study was to compare functional results of cataract surgery in patients implanted with M-FLEX (Rayner, UK) multifocal IOL’s with different additions for near vision
PURPOSE
Efficacy, safety, predictability and stability of the refractive results, intraoperative and postoperative complications and patients satisfaction with VF-14 test were evaluated
METHODS
Addition power for near
Range (Dsph)
Patients
Eyes
Age(mean)
Follow-up time
Group 1
+ D
-
16
32
39-69 ()
12 months
Group 2
+ D
-
16
32
41-71 ()
12 months
Motivated to reduce their dependency on glasses
The follow-up time was 12 months.
Parameter
Results
group I +3D
group II +4D
Sphere (D)
Mean ± SD
- ±
- ±
Range
- to +
- to +
Cylinder (D)
Mean ± SD
- ±
- ±
Range
- to
- to
Spherical equivalent SE (D)
Mean ± SD
- ±
- ±
Range
- to
- to
Axial length (mm)
Mean ± SD
±
±
Range
to
to
Mean IOL Power Sphere (D)
Mean ± SD
±
±
Range
to
17 to
Mean mesopic pupil diameter (mm)
±