Vista System International, a pioneer and world leader in modular curved frame technology (MCFT) with US based operations in Sarasota, Florida, is proud to announce that E.G. Maud and Sons (Pty) Ltd. was awarded the prestigious 2005 Sansa Award in the Point-of-Sale category for its designs utilizing The Vista System.
The SANSA awards in South Africa showcase the high caliber of work being done in the signage industry and provides an opportunity for signage manufacturers to present their technical, graphic, and creative skills to their peers. E.G. Maud and Sons (Pty.) Ltd. creates innovative signage using The Vista System for some of the biggest names in business. Vista System International South African distributor Red Hand Sign Supplies (Pty) Ltd. sponsored the frames for all the awards at the Sansa show (see attached).
MCFT components from the Vista System are available in a wide selection of sizes, shapes, and styles which make it easy for customers to stick to a single sign system throughout a project and to find sign solutions for almost any kind of signage required. MCFT is modular. Standardized units can be assembled in different ways using both standard and custom accessories and attachments. MCFT is curved. It combines the enhanced functionality of a curved shape with the beauty of Euro design into a collection of profiles that keep inserted materials firmly in place using its strong tension grip. MCFT is a frame system that can be used with many types of sign substrates (e.g. plastics, metals, paper, laminates, veneers, etc.) and inserts, thus allowing for the easy and inexpensive updating of signs. MCFT was developed using state-of-the-art technology. It allows the sign professional to participate in the design and development of new ideas for new products, and becomes an integral part of the development process jointly with Vista System by providing new ideas from the field that mirror the market needs. These demands are supported by the quick fabrication capabilities of custom accessories and attachments that mesh with the system extrusions.
