Lee A.
10/10/2021
We joke in my family that Lou is "the fixer." It's true. The most important thing worth mentioning is Lou loves what he does. His passion for law is palpable and you feel that radiate from him....
Law Offices of Louis J Shapiro
Closed
(6)
Photos
10100 Santa Monica Blvd Ste 700
Los Angeles, CA 90067
The Law Offices of Louis J Shapiro is a highly regarded criminal defense law firm based in Los Angeles, CA. Led by Louis Shapiro, a certified criminal law specialist, the firm provides strategic and fearless representation to clients facing a wide range of state and federal criminal charges, including DUI, drug offenses, cybercrime, and money laundering.
Known for his strong advocacy skills and meticulous attention to detail, Shapiro is recognized as a formidable opponent by prosecutors. With a focus on both white and blue-collar criminal defense, the firm aggressively represents clients in various criminal matters, consistently achieving successful outcomes. Shapiro's expertise is sought after by media outlets, and he frequently appears as a legal analyst and commentator on television programs, offering insights on criminal acts and trends.
Generated from the website
Also at this address
Reviews
4.56 reviewsKeely C.
8/9/2024
So grateful for Lou, his firm and all his support. He went above and beyond. Thank you, Lou!
Maple S.
6/6/2023
Attorney Lou Shapiro is excellent! When I called his office for an initial consultation, I received a quick reply from a paralegal in his office. She was very respectful and listened carefully...
Tracy L.
12/8/2022
Attorney Lou Shapiro is highly knowledgeable and an out of the box thinker. He knows the law (and the new ones), he knows the judges and the courts...He truly cares about you and is driven for...
Veneta K.
11/6/2022
Truly horrible experience. We needed an attorney to help with a case here in Los Angeles County. In consulting with Louis J. Shapiro and his assistant Jacklyn, we found out that it is almost...
See a problem?
You might also like
Partial Data by Foursquare.