MELROSE Place star Thomas Calabro has been spotted out in Los Angeles 25 years after the show wrapped.
The 65-year-old actor, who played womanizer Dr. Michael Mancini on the iconic 1990s show, was seen shopping with his wife, Lisa.
In exclusive photos obtained by The U.S. Sun, Thomas looked great as he was photographed at a Target.
The TV star wore a graphic print T-shirt, navy pants, and a zip-up top.
He covered his head with a baseball cap.
Thomas, who has kept a low profile since the hit show, has three grown up children with ex-wife Elizabeth Pryor, who he was married to from 1993 to 2005.
Fox series Melrose Place ran for seven seasons from July 1992 to May 1999.
It centered on the lives of a group of young people living in an apartment complex in Melrose Place, West Hollywood, California.
The show was originally written to focus on self-contained stories that wrapped up at the end of each episode.
However, in the second season, the format changed to more of a true soap opera.
Thomas starred alongside Heather Locklear, Alyssa Milano, Andrew Shue, Doug Savant, Lisa Rinna, Grant Show, and Kelly Rutherford, to name just a few.
Michael’s onscreen wife, Jane Mancini, was played by Josie Bissett.
The cast changed many times throughout the run of the show but Thomas was the only star to appear from the beginning to end.
Thomas’ character Dr. Mancini began the show married to Josie’s Jane Mancini, but she ultimately threw him out of the apartment after learning he had an affair with Kimberly Shaw (Marcia Cross).
His two-timing ways were often a touchstone of the show, having also cheated on Kimberly later on with Jane’s younger sister Sydney Andrews (Laura Leighton), and later with Amanda Woodward (Heather Locklear).
He ended up marrying a prostitute named Megan (Kelly Rutherford) in Las Vegas.
Thomas ended up returning as Dr. Mancini in the short-lived Melrose Place reboot in 2009.
Since Melrose Place, he has appeared in many TV series, such as Castle and NCIS.
On the big screen, he’s starred in Locker 13 and The Man in 3B.
