UNITRON Z6 Zoom Stereo Microscope on Diascopic Stand, 8x to 50x Magnification
£3,554.48
£3,949.42
IVF & Embryology Microscopes
Specialized Microscopes for Fertility and Developmental Research
In vitro fertilization (IVF) and embryology require microscopes that provide exceptional clarity, precision, and ergonomic design to support delicate procedures. From gamete handling to embryo monitoring, our microscopes are engineered for clinical accuracy and long-term reliability in fertility clinics and developmental biology labs.
Product Category Overview
Explore microscope types designed for IVF and embryology applications:
- Inverted Microscopes for live-cell observation, embryo culture monitoring, and micromanipulation.
- Phase Contrast Microscopes to enhance visualization of transparent gametes and embryos.
- Stereo Dissecting Microscopes for oocyte handling and embryo transfer procedures.
- Fluorescence Microscopes for advanced research in developmental biology and reproductive studies.
- Digital Microscopes with trinocular ports or integrated cameras for documentation and teaching.
Why Choose Our Microscopes for IVF & Embryology
|
Feature |
Benefit for IVF & Embryology |
|
Inverted Configurations |
Ideal for observing embryos and gametes in culture dishes |
|
Phase Contrast Capability |
Enhances visualization of unstained and transparent reproductive cells |
|
Stereo Viewing |
Provides three-dimensional clarity for oocyte manipulation and embryo transfer |
|
Fluorescence Options |
Supports advanced reproductive and developmental biology research |
|
Digital Imaging |
Enables documentation, analysis, and teaching in fertility clinics |
|
Ergonomic & Durable Design |
Built for precise micromanipulation and long clinical sessions |
Featured Models
- Labomed TCM400 Inverted Phase Microscope
Compact, ergonomic inverted microscope with phase contrast, designed for embryo and gamete culture observation. - Meiji TC-5000 Inverted Microscope Series
High-performance inverted platform ideal for IVF labs, with infinity optics and fluorescence upgrade options. - OPTIKA IM-5 Inverted Microscope
Flexible system with brightfield, phase contrast, and fluorescence capabilities, perfect for embryology and developmental studies. - Motic AE2000 Inverted Microscope
Reliable and affordable inverted microscope for routine IVF lab work and embryo culture monitoring. - Meiji EMZ Stereo Dissecting Microscope
A stereo microscope designed for handling oocytes, embryos, and other delicate biological specimens.
Buying Guide / How to Choose
- Application Focus – Inverted microscopes are essential for embryo culture observation, while stereo microscopes are best for micromanipulation.
- Contrast Method – Phase contrast is vital for viewing transparent gametes and embryos without staining.
- Digital Integration – Trinocular or digital-ready microscopes allow for documentation, review, and teaching.
- Research vs Clinical Use – Choose fluorescence-ready microscopes for developmental biology research and standard inverted systems for IVF procedures.
- Ergonomics & Precision – Look for microscopes designed for micromanipulation and extended use in IVF labs.
Trusted Brands & Support
We provide IVF and embryology microscopes from trusted global manufacturers:
- Labomed, Meiji Techno, OPTIKA, Motic, Euromex, ACCU-SCOPE
- All models include our Free Service Protection Guarantee for long-term reliability
Custom configurations, bulk pricing, and expert consultation available for fertility clinics and research institutions
Custom Quotations for IVF Microscopes & Embryology Microscopes
Let our experts create a custom quote just for you with our best pricing and terms. Simply tell us your requirements and we'll do the rest.
Request a QuoteIf you need product advice, technical support, or to enquire about quantity discounts, feel free to contact us by email or call us at (877) 877-7274.
New York Microscope Company is the only microscope company to offer Free Service Protection Guarantee with the purchase of every microscope. Visit our Free Service Protection page for more details.