For fabricators, manufacturers, and crafty individuals who require precise heat control to shape and form flexible materials, the Strip Heater from Quincy Lab Inc is an essential tool. This high-quality heating solution is specifically designed to generate consistent and reliable heat, making it perfect for bending flexible engraving plastic and acrylic sheets used in the creation of pocket badges and easel signs.

The Strip Heater's compact design and lightweight construction make it easy to maneuver and store, with a sturdy build that can withstand repeated use. Weighing just 9.556 pounds, this heater is easily portable and can be effortlessly moved from one workstation to another. Its compact size of 21" x 7" makes it an ideal addition to any workshop or fabrication space.

Quincy Lab Inc's Strip Heater is engineered to provide uniform heat distribution, ensuring that your materials are consistently heated to the precise temperature required for optimal shaping and forming. Whether you're working with delicate plastics or robust acrylics, this heater's precision temperature control guarantees professional-grade results.

The Strip Heater is also remarkably energy-efficient, allowing you to minimize your energy consumption while maintaining high-performance results. Its durable construction and reliable heating elements ensure that it will provide years of trouble-free service, even in demanding fabrication environments.

The Strip Heater is a must-have for any serious fabricator, engraver, or crafter seeking to elevate their production capabilities. By investing in this top-quality heater, you'll be able to produce precise, high-quality results that exceed your customers' expectations.

Please note that, due to the specialized nature of this equipment, all sales are final, and no returns will be accepted on this item. Quincy Lab Inc's commitment to quality and performance is evident in every aspect of the Strip Heater's design and construction, making it an indispensable addition to any fabrication or crafting operation.