Eyescontactlens Manson Collection yearly Natural contact lenses

Short Description:

Eyescontactlens Manson Collection yearly Natural contact lenses, essential items for Halloween and role-playing! The hypnosis master is definitely your choice! Black and white swirling eyes make you a master of hypnosis, so that everyone who looks at your eyes will unknowingly follow your instructions. It is highly recommended for special occasions such as Cosplay, Halloween, theme nights, etc. The Manson series of contact lenses with different designs bring extra realism to your favorite character costumes.

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Product Detail

Product Tags

Place of Origin:	Guangdong, China	Brand Name:	SEEYEYE
Model Number:	Manson	Lenses name:	Manson-blue, Optical illusion, Snake eye-red, Aqua panthe, Voldemort, Pixieblue
Using Cycle Periods:	Yearly /Monthly	Lenses Hardness:	Soft
Diameter:	14.2mm	Center Thickness:	0.08mm
Material:	HEMA+NVP	Water content:	38%-42%
Center Thickness:	0.08mm	Base curve:	8.6 mm
Power:	-0.00	Selling Units:	Single item
Made in:	Guangdong, China	Tone:	2 tones
Colors:	Picture shown	Packing:	Blister
Packaging Details:	PP	Expiry date:	5 years
Single package size:	781.2cm	Single gross weight:	0.019 kg

Product Details

Put on these lenses and become the focus of the crowd! The lens technology still uses 38%-42% water content, the lens is made of HEMA+NVP material, which minimizes the adhesion of ocular proteins to the lens, and the "sandwich" lens wrapping technology. Make your character beautiful and more vivid. Suitable for role-playing and party makeup, not suitable for formal occasions.

Advantage

1. CE and FDA certified materials
All contact lenses are CE marked and approved by the FDA. complying with international quality medical standards.

2. UV Blocking
Sun protection function. reflecting the ultraviolet rays in the sun. play an additional role in protecting the eyes. thereby protecting our eyes from the damage of ultraviolet rays.

3. High-quality lens material
The lens is made of HEMA+NVP material. which minimizes the adhesion of ocular proteins to the lens. thereby reducing the sensation of foreign bodies in the eye.