Laser Photonics Experiences Unprecedented Growth
Clients Benefit with New Products and Pricing
Laser Photonics, LLC is growing faster than ever thanks to a recent infusion of new capital from parent company Fonon Technology International. Recent
U.S. Federal Government mandates and international initiatives for improved part traceability and inventory control, in both public and private sector manufacturing
processes, have created an increased demand for laser marking equipment.
Laser Photonics will use the new investment capital to fund
additional growth plans, develop new technology, expand product lines and increase marketing initiatives. The firm will have an increased presence at industry trade shows throughout the country during the last quarter of 2007.
One of the most significant expansions to the product line will be the addition of an on site stock of standard equipment which will benefit customers in two ways. High volume production will typically permit standard, stock equipment to ship with 24 hours, allowing customers to receive their orders with little to no wait time. High volume production also results in a significant cost savings that Laser Photonics will be passing along to customers. In September 2007, look for the introduction of a new state-of-the-art fiber laser system that will be available for under $20,000. The custom systems Laser Photonics is known for will also still be available.
During the last quarter of 2007, Laser Photonics will also be unveiling a new subsidiary, Laser Depot, a first of its kind laser equipment rental company. For the first time, customers will have the option of trying before they buy. Laser Depot will offer short and long term rentals, customized rental programs and rent-to-own program options through laserdepot.net.
Laser Photonics is a division of Fonon Technology International, a leader of innovative and effective laser and industrial products, with a focus in high-growth industries for advanced laserbased material processing equipment. For more information, visit www.laserphotonics.com.
