Polarization beamsplitters are an optical element which transmits p-polarization and reflects s-polarization. MLOptic’s cube beam splitters consist of a pair of precision right-angle prisms cemented together to minimize wavefront distortion. Our beam splitters are designed so that the p-polarization and s-polarization components of the incident light have similar spectral characteristics. The matching between the s-polarization and p-polarization components is within 10%.

A waveplate is an optical device that can produce optical path differences (or phase differences) between two mutually perpendicular optical vibrations. Zero-order wave plates are not sensitive to temperature and have phase delay characteristics. Quarter and half waveplates are available through MLOptic.

MLOptic produces high precision aspheric lenses available in a wide variety of materials including conventional optical glass (Schott, Ohara, CDGM), quartz, metal mirrors and IR materials such as ZNS, ZnSe, Ge, Si, and CaF2.

MLOptic provides standard microscope objectives to fit existing systems as well as high-end customized objectives to provide higher levels of system performance.

• Custom objectives are designed and manufactured according to your performance requirements
• Objective performance is consistant and highly correlated over a large number of units
• High performance achieved by our own Active Allignment Assembly technique.
•       Utilizes real time, full FOV optical performance metrology
• Objectives achieve high contrast and uniform resolution over the entire FOV
• Complete optical calibration and associated imaging correction

M Plan Apo	M Plan Apo L	M Plan Apo HR	M Plan Apo NIR	M Plan Apo NIR L	M Plan Apo NIR HR	M Plan Apo NUV
High N.A	Long working distance	High resolution	High resolution	Long working distance	Long working distance	Long working distance
Flat field / Apo	High N.A	Flat field / Apo	Flat field / Apo	Hign N.A	High resolution	High N.A
VIS	Flat field / Apo	VIS	VIS-NIR	Flat field / Apo	Flat field / Apo	Flat field / Apo
	VIS			VIS-NIR	VIS-NIR	VIS-NUV

Metallurgical Objective: Used in semiconductor AOI detection.

Fluorescent Objective: Used in fluorescent biomedical detection.
 

Semiconductor Detection Microscope Objectives

M PLAN APO L
	Mag.	f'(mm)	N.A.	W.D.(mm)	FOV(mm)	PL(mm)	Interface
MPlan APO L 2X	2X	100	0.056	≥34	φ12.3
MPlan APO L 5X	5X	40	0.14	≥34	φ5
MPlan APO L 10X	10X	20	0.28	≥34	φ2.5
MPlan APO L 20X	20X	10	0.42	≥14	φ1.2

 

M PLAN APO LH
	Mag.	f'(mm)	N.A.	W.D.(mm)	FOV(mm)	PL(mm)	Interface
MPlan APO LH 5X	5X	40	0.225	>30	φ4.89	95	M26X36 TPI

 

Fluorescent Microscope Objective

F PLAN APO
	Mag.	f'(mm)	N.A.	W.D.(mm)	OFN	PL(mm)	Interface
F Plan APO 20X Oil Immersion	20X	10	0.8	5.3	20	95	M30x0.75
F Plan APO 27X Oil Immersion	27X	7.5	0.6	3.75	27	39.5	M20.32×0.705
F Plan APO 10X	10X	20	0.35	1.96	40.6	45	M20.32×0.705
F Plan APO 20X	20X	9	0.45	5.65	20	45	M20.32×0.705
F Plan SAPO 20X	20X	9	0.75	0.6	26.5	45	M20.32×0.705