IOL Con - Intraocular Lenses

all	Specifications	Available Powers	Manufacturer Provided / ULIB Optimized Constants ¹	Our Optimized Constants ²
Bausch + Lomb
	Akreos Adapt	ADAPTTP	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophilic	clear	1.46			6.0	11.0	monofocal	four-point-haptic	capsular bag	asphere	neutral		✘ no	0to30(1) 10to30(0.5)		118.0	0.96	0.4	0.1	5.14	1.4	118.4
	Akreos Adapt AO	ADAPTAOP	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophilic	clear	1.46			6.0	11.0	monofocal	four-point-haptic	capsular bag	sphere	neutral		✘ no	0to30(1) 10to30(0.5)		118.0	0.94	0.4	0.1	5.18	1.4	118.4
	Akreos MICS	MI60P	✔ yes	acrylic		✘ no	✔ yes	1.8	hydrophilic	clear	1.46			6.2	11.0	monofocal	four-point-haptic	capsular bag	asphere	neutral		✘ no	0to30(1) 10to30(0.5)		118.4	1.49	0.4	0.1	5.67	1.9	119.1
	enVista	MX60P	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophobic	clear	1.54	40.5		6.0	12.5	monofocal	C loop	capsular bag	asphere	neutral		✘ no	0to34(1) 10to30(0.5)		118.2	1.46	0.4	0.1	5.68	1.91	119.2	0.1835	0.3153	0.1725	5.819	2.021	119.294
	enVista toric	MX60TP	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophobic	clear	1.54	40.5		6.0	12.5	monofocal	C loop	capsular bag	asphere	neutral		✔ yes	6to30(1) 10to30(0.5)	1.25to5.75(0.75)	118.0	1.46	0.4	0.1	5.68	1.91	119.2
	Eye-CEE	EYECPRE	✘ no	acrylic	PMMA	✔ yes	✔ yes	2.8	hydrophobic	clear	1.52			6.0	12.5	monofocal	C loop	capsular bag	sphere			✘ no	10to30(0.5)		118.8	1.55	0.4	0.1	5.74	1.95	119.2
	EyeCee One	EYEC1	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophobic	yellow	1.52			6.0	13.0	monofocal	C loop	capsular bag	asphere	correcting	-0.14	✘ no	1to30(1) 10to27(0.5)		118.4	1.675	0.4	0.1	6.0	2.13	119.7
	EyeCee One CRYSTAL	EYEC1CRY	✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophobic	clear	1.52			6.0	13.0	monofocal	C loop	capsular bag	asphere	correcting	-0.14	✘ no	1to30(1) 10to27(0.5)		118.4	1.675	0.4	0.1	6.0	2.13	119.7
	EyeCee One CRYSTAL Preloaded	EYEC1CRYPRE	✔ yes	acrylic		✔ yes	✔ yes	2.2	hydrophobic	clear	1.52			6.0	13.0	monofocal	C loop	capsular bag	asphere	correcting	-0.14	✘ no	11to27(0.5) 27to30(1)		118.4	1.675	0.4	0.1	6.0	2.13	119.7
	EyeCee One Preloaded	EYEC1PRE	✔ yes	acrylic		✔ yes	✔ yes	2.2	hydrophobic	yellow	1.52			6.0	13.0	monofocal	C loop	capsular bag	asphere	correcting	-0.14	✘ no	11to27(0.5) 27to30(1)		118.4	1.675	0.4	0.1	6.0	2.13	119.7
	INCISE	MJ14T	✔ yes	acrylic		✘ no	✔ yes	1.4	hydrophilic	clear	1.47			6.0	11.0	monofocal	four-point-haptic	capsular bag	asphere	neutral		✘ no	0to30(1) 10to30(0.5)		118.4	1.35	0.4	0.1	5.51	1.75	118.9
	LuxSmart		✔ yes	acrylic		✔ yes	✔ yes	2.2	hydrophobic	yellow	1.54		✘ no	6.0	11.0	EDoF		capsular bag	asphere	neutral		✘ no	0to10(1) 10to34(0.5)		118.8	1.044	0.4	0.1	5.26	1.48	118.6
	LuxSmart clear		✔ yes	acrylic		✔ yes	✔ yes	2.2	hydrophobic	clear	1.54		✘ no	6.0	11.0	EDoF		capsular bag	asphere	neutral		✘ no	0to10(1) 10to34(0.5)		118.8	1.044	0.4	0.1	5.26	1.48	118.6
	Quatrix Evolutive		✔ yes	acrylic		✔ yes	✔ yes	2.8	hydrophilic	clear	1.465			6.14	10.8	monofocal	four-point-haptic	capsular bag	asphere	correcting	-0.1	✘ no	10to30(0.5)		119.6	1.91	0.4	0.1	6.04	2.28	119.8
	SofPort AO	LI61AOR Sulcus fixation possible	✘ no	silicone	PMMA	✔ yes	✔ yes	2.2	hydrophobic	clear	1.43			6.0	13.0	monofocal	C loop	capsular bag	asphere	neutral		✘ no	0to34(1) 5to30(0.5)		118.0	0.057	0.186	0.171	5.29	1.51	118.5
	Versario Classic		✔ yes	acrylic		✘ no	✔ yes	2.2	hydrophilic	clear	1.465			6.5	12.5	monofocal	C loop	capsular bag	asphere	correcting	-0.1	✘ no	-10to40(1) 10to30(0.5)		120.0	1.8	0.4	0.1	5.96	2.2	119.7	1.863	0.4	0.1	6.0	2.26	119.783

all

Intraocular Lens

Specifications

Available Powers

Manufacturer Provided / ULIB Optimized Constants ¹

Our Optimized Constants ²

Image

Lens Name

Comment /
Trade Name

Single Piece

Optic Material

Haptic Material

Preloaded

Foldable

Incision Width
[mm]

Injector Size
[mm]

Hydrophilic/ -phobic

Filter

Refractive Index

Abbe Number

Achromatic

Optic Ø
[mm]

Haptic Ø
[mm]

Optic Concept

Haptic Design

Intended Location

Optic Design

Sph. Aberration

SA Correction
[µm]

Toric

Sphere (increment)
[D]

Cylinder (increment)
[D]

Near Addition
[D]

Intermediate Addition
[D]

Nominal
(A)

Haigis
(a₀)

Haigis
(a₁)

Haigis
(a₂)

Hoffer-Q
(pACD)

Holladay 1
(SF)

SRK/T
(A)

Haigis
(a₀)

Haigis
(a₁)

Haigis
(a₂)

Hoffer-Q
(pACD)

Holladay 1
(SF)

SRK/T
(A)

Bausch + Lomb

Akreos Adapt

ADAPTTP

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophilic

clear

1.46

6.0

11.0

monofocal

four-point-haptic

capsular bag

asphere

neutral

✘ no

0to30(1)

10to30(0.5)

118.0

0.96

0.4

0.1

5.14

1.4

118.4

Akreos Adapt AO

ADAPTAOP

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophilic

clear

1.46

6.0

11.0

monofocal

four-point-haptic

capsular bag

sphere

neutral

✘ no

0to30(1)

10to30(0.5)

118.0

0.94

0.4

0.1

5.18

1.4

118.4

Akreos MICS

MI60P

✔ yes

acrylic

✘ no

✔ yes

1.8

hydrophilic

clear

1.46

6.2

11.0

monofocal

four-point-haptic

capsular bag

asphere

neutral

✘ no

0to30(1)

10to30(0.5)

118.4

1.49

0.4

0.1

5.67

1.9

119.1

enVista

MX60P

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophobic

clear

1.54

40.5

6.0

12.5

monofocal

C loop

capsular bag

asphere

neutral

✘ no

0to34(1)

10to30(0.5)

118.2

1.46

0.4

0.1

5.68

1.91

119.2

0.1835

0.3153

0.1725

5.819

2.021

119.294

enVista toric

MX60TP

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophobic

clear

1.54

40.5

6.0

12.5

monofocal

C loop

capsular bag

asphere

neutral

✔ yes

6to30(1)

10to30(0.5)

1.25to5.75(0.75)

118.0

1.46

0.4

0.1

5.68

1.91

119.2

Eye-CEE

EYECPRE

✘ no

acrylic

PMMA

✔ yes

2.8

hydrophobic

clear

1.52

6.0

12.5

monofocal

C loop

capsular bag

sphere

✘ no

10to30(0.5)

118.8

1.55

0.4

0.1

5.74

1.95

119.2

EyeCee One

EYEC1

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophobic

yellow

1.52

6.0

13.0

monofocal

C loop

capsular bag

asphere

correcting

-0.14

✘ no

1to30(1)

10to27(0.5)

118.4

1.675

0.4

0.1

6.0

2.13

119.7

EyeCee One CRYSTAL

EYEC1CRY

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophobic

clear

1.52

6.0

13.0

monofocal

C loop

capsular bag

asphere

correcting

-0.14

✘ no

1to30(1)

10to27(0.5)

118.4

1.675

0.4

0.1

6.0

2.13

119.7

EyeCee One CRYSTAL Preloaded

EYEC1CRYPRE

✔ yes

acrylic

✔ yes

2.2

hydrophobic

clear

1.52

6.0

13.0

monofocal

C loop

capsular bag

asphere

correcting

-0.14

✘ no

11to27(0.5)

27to30(1)

118.4

1.675

0.4

0.1

6.0

2.13

119.7

EyeCee One Preloaded

EYEC1PRE

✔ yes

acrylic

✔ yes

2.2

hydrophobic

yellow

1.52

6.0

13.0

monofocal

C loop

capsular bag

asphere

correcting

-0.14

✘ no

11to27(0.5)

27to30(1)

118.4

1.675

0.4

0.1

6.0

2.13

119.7

INCISE

MJ14T

✔ yes

acrylic

✘ no

✔ yes

1.4

hydrophilic

clear

1.47

6.0

11.0

monofocal

four-point-haptic

capsular bag

asphere

neutral

✘ no

0to30(1)

10to30(0.5)

118.4

1.35

0.4

0.1

5.51

1.75

118.9

LuxSmart

✔ yes

acrylic

✔ yes

2.2

hydrophobic

yellow

1.54

✘ no

6.0

11.0

EDoF

capsular bag

asphere

neutral

✘ no

0to10(1)

10to34(0.5)

118.8

1.044

0.4

0.1

5.26

1.48

118.6

LuxSmart clear

✔ yes

acrylic

✔ yes

2.2

hydrophobic

clear

1.54

✘ no

6.0

11.0

EDoF

capsular bag

asphere

neutral

✘ no

0to10(1)

10to34(0.5)

118.8

1.044

0.4

0.1

5.26

1.48

118.6

Quatrix Evolutive

✔ yes

acrylic

✔ yes

2.8

hydrophilic

clear

1.465

6.14

10.8

monofocal

four-point-haptic

capsular bag

asphere

correcting

-0.1

✘ no

10to30(0.5)

119.6

1.91

0.4

0.1

6.04

2.28

119.8

SofPort AO

LI61AOR Sulcus fixation possible

✘ no

silicone

PMMA

✔ yes

2.2

hydrophobic

clear

1.43

6.0

13.0

monofocal

C loop

capsular bag

asphere

neutral

✘ no

0to34(1)

5to30(0.5)

118.0

0.057

0.186

0.171

5.29

1.51

118.5

Versario Classic

✔ yes

acrylic

✘ no

✔ yes

2.2

hydrophilic

clear

1.465

6.5

12.5

monofocal

C loop

capsular bag

asphere

correcting

-0.1

✘ no

-10to40(1)

10to30(0.5)

120.0

1.8

0.4

0.1

5.96

2.2

119.7

1.863

0.4

0.1

6.0

2.26

119.783

footnotes

¹ These lens constants are provided by manufacturer or distributor (some may be adopted from ULIB).
² These lens constants are optimized by IOL Con. Our calculations are based on formulas published by Haigis W; Hoffer KJ; Holladay JT; and Kraff MC, Retzlaff JA, Sanders DR.
³ These lens constants are optimized by and the number of clinical cases for optimization are adopted from the ULIB platform by courtesy of professor Wolfgang Haigis.
Power as sphere and cylinder. Power as equivalent and cylinder.
Less than 100 clinical results. Between 100 and 500 clinical results. 500 or more clinical results.