Waterloo, ONT––Martin Audio and Delicate Productions of Camarillo and San Francisco, California have announced Delicate’s purchase of an MLA Multi-cellular Loudspeaker Array system.
Joining North Carolina-based Special Event Services (SES) and Las Vegas-based On Stage Audio (OSA) as key North American companies in the growing worldwide MLA Network, Delicate has taken delivery of an extensive MLA System comprised of MLA enclosures, MLD downfill enclosures and MLX subwoofers.
Delicate first employed MLA on a successful Selena Gomez tour of North America in August and September and will be deploying an expanded version of the system on Gomez’ Canadian tour starting October 13th in Victoria, BC.
Originally founded in 1980, Delicate provides full service multimedia production for live entertainment and corporate events. A longtime innovator and standard-setter in its field, Delicate recently won the 10th Annual Total Production International Award for Favorite International Production Company.
Asked to comment about the purchase, Jason Alt, Account Executive Concert Touring for Delicate, said, "As a Martin Audio vendor for 30 years, Delicate Productions is excited to offer the MLA System to our clients. The MLA's ability to create a uniform response through the listening area, control coverage, and its unparalleled sonic quality sets a new standard of excellence in professional audio far beyond anything that is currently available. We are thrilled to continue our longstanding partnership with Martin Audio and to be part of the MLA Network.”
Anthony Taylor, Managing Director of Martin Audio, added: “We’re pleased to see the size and scope of the worldwide MLA network continue to grow at such a rapid pace. It’s especially gratifying that key sound companies such as Delicate are committing to MLA in part based on positive word of mouth from leading engineers and artists. At this point, there’s also little doubt that the audience experience in every kind of venue has been measurably enhanced by MLA and the Multi-cellular approach to loudspeaker array technology.”