Menu
Your Cart

We Have Moved: Elliot Scientific Ltd, Unit 11 Sandridge Park, Porters Wood, St Albans, UK AL3 6PH Tel: 01582766300 Email: sales@elliotscientific.com

Elliot Scientific Waveplates

Elliot Scientific's range of high power zero order waveplates are manufactured by Spectral Optics using an adhesive-free Molecular Fusion™ process for permanent bonding. This produces components with the damage threshold of an optically contacted interface, and the mechanical strength of a solid component. Zero-order waveplates are far superior in temperature stability and wavelength tolerance, but have usually been more expensive than multiple-order components, but now these performance advantages are available at low cost due to new proprietry manufacturing techniques.
Product Compare0
Quickview
WVPZ-H-0.50-V1-V1-M-633 - Medium Power Zero-Order λ/2 Waveplate: 633 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZH050V1V1M633
WVPZ-H-0.50-V1-V1-M-633 - Medium Power Zero-Order λ/2 Waveplate: 633 nm
Medium Power Zero Order λ/2 Waveplate: 633 nm    633 nm Medium Power Zero Order λ/2 Waveplate    Specification Laser Type HeNe Optimal Wavelength 633 nm Damage Threshold 1 J/cm2 for 20 nS pulses at 1064 nm 2 k..
£220.52
Add to Cart
Quickview
WVPZ-Q-0.50-V1-V1-M-633 - Medium Power Zero-Order λ/4 Waveplate: 633 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZQ050V1V1M633
WVPZ-Q-0.50-V1-V1-M-633 - Medium Power Zero-Order λ/4 Waveplate: 633 nm
Medium Power Zero Order λ/4 Waveplate: 633 nm    633 nm Medium Power Zero Order λ/4 Waveplate    Specification Laser Type HeNe Optimal Wavelength 633 nm Damage Threshold 1 J/cm2 for 20 nS pulses at 1064 nm 2 k..
£220.52
Add to Cart
Quickview
WVPZF-H-0.50-V1-V1-M-1064 - High Power Zero-Order λ/2 Waveplate: 1064 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZFH050V1V1M1064
WVPZF-H-0.50-V1-V1-M-1064 - High Power Zero-Order λ/2 Waveplate: 1064 nm
High Power Zero Order λ/2 Waveplate: 1064 nm    1064 nm High Power Zero Order λ/2 Waveplate    Specification Laser Type Nd:YAG Optimal Wavelength 1064 nm Damage Threshold 10 J/cm2 for 20 nS pulses at 1064 nm ..
£303.22
Add to Cart
Quickview
WVPZF-H-0.50-V1-V1-M-532 - High Power Zero-Order λ/4 Waveplate: 532 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZFH050V1V1M532
WVPZF-H-0.50-V1-V1-M-532 - High Power Zero-Order λ/4 Waveplate: 532 nm
High Power Zero Order λ/4 Waveplate: 532 nm    532 nm High Power Zero Order λ/4 Waveplate    Specification: Laser Type Nd:YAG Optimal Wavelength 532 nm Damage Threshold 5 J/cm2 for 20 nS pulses at 1064 nm 2 ..
£303.22
Add to Cart
Quickview
WVPZF-Q-0.50-V1-V1-M-1064 - High Power Zero-Order λ/4 Waveplate: 1064 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZFQ050V1V1M1064
WVPZF-Q-0.50-V1-V1-M-1064 - High Power Zero-Order λ/4 Waveplate: 1064 nm
High Power Zero Order λ/4 Waveplate: 1064 nm    1064 nm High Power Zero Order λ/4 Waveplate    Specification Laser Type Nd:YAG Optimal Wavelength 1064 nm Damage Threshold 10 J/cm2 for 20 nS pulses at 1064 nm 5..
£303.22
Add to Cart
Quickview
WVPZF-Q-0.50-V1-V1-M-532 - High Power Zero-Order λ/2 Waveplate: 532 nm
Brand: Elliot Scientific Model: Elliot Scientific WVPZFQ050V1V1M532
WVPZF-Q-0.50-V1-V1-M-532 - High Power Zero-Order λ/2 Waveplate: 532 nm
High Power Zero Order λ/2 Waveplate: 532 nm    532 nm High Power Zero Order λ/2 Waveplate    Specification Laser Type Nd:YAG Optimal Wavelength 532 nm Damage Threshold 5 J/cm2 for 20 nS pulses at 1064 nm ..
£303.22
Add to Cart
Showing 1 to 6 of 6 (1 Pages)
Choose Type of Cookies You Accept Using


These cookies are required for the website to run and cannot be switched off. Such cookies are only set in response to actions made by you such as language, currency, login session, and privacy preferences. You can set your browser to block these cookies but our website may not work correctly.


These cookies allow us to measure visitor traffic and see traffic sources by collecting information in data sets. They also help us understand which products and actions are more popular than others.


These cookies are usually set by our marketing and advertising partners. They may be used by them to build a profile of your interest and later show you relevant ads. If you do not allow these cookies you will not experience targeted ads for your interests.

Close  Save Changes