Wet Plate Collodion Photography

Generally referred to as the collodion process, wet plate collodion is an early photographic process, invented by Frederic Scott Archer. It was introduced in the 1850s and by the end of that decade it had almost entirely replaced the first practical photographic process, the daguerreotype. Collodion photography produces three different image types: The ambrotype (a positive image on glass), the tintype or ferrotype (a positive image on an aluminum sheet), and a glass negative.

 
 

Portraiture

 
 
 
 

Workshops

Tintype Photography
Saturday, January 27 & Sunday, January 28

10 a.m. – 4 p.m.
REGISTER HERE!

Tintype Photography
Saturday, March 3 & Sunday, March 4

10 a.m. – 4 p.m.
REGISTER HERE!

Class Description:
Use one of the earliest forms of photography to create tintypes, which are direct positives printed on an aluminum sheet using large format cameras. Learn the basics of this 19th-century process including how to pour and sensitize collodion, properly expose and develop plates, and apply a protective varnish. Plan to walk away with two to three finished pieces.

Workshops are offered through the Visual Arts Center of Richmond.  Visit their online class catalogue to register for a workshop and see all the other great classes they offer.

Visual Arts Center of Richmond
(804) 353-0094
1812 West Main Street
Richmond, VA 23220

 
 

Rates & Services

In the tradition of the nomadic tintype photographers of the19th century, Michael operates out of a mobile photography studio that specializes in wet-plate collodion photography.

Private collodion sessions are available for individual or family portraiture, events, formal wedding portraits, engagements and maternity.

For pricing and all other inquiries please feel free to contact Michael.

Tintype & Ambrotype Sizes:
• 3.25″ x 4.25″
• 4.25″ x 5.5”
• 5” x 7”

Digital Services:
• High Resolution Images
• Digital Enlargements
• Digital Prints (up to 13″ x 19″)

Private Shooting Session:
• Full-Day session (6 hours)
• Half-Day session (3 hours)