Selling Out Excelta Cutter 7240e Medium Oval Head, Semi-flush, Molded Grip - Priority Shipping [frUwTcSW]

Excelta Cutter 7240E: Precision Cutting Tool

The Excelta 7240E cutter is a high-quality cutting tool designed for professionals who demand precision and durability. With its Medium Oval Head and Molded Grip, this tool stands out in its category. The oval head design ensures maximum metal behind the cutting edge, resulting in an exceptionally long tool life. This cutting tool is perfect for a variety of applications where precision and reliability are crucial.

Superior Craftsmanship and Technical Specifications

Crafted with precision, the Excelta 7240E features induction hardened cutting blades to RHC 63-65, providing superior cutting performance. The CNC machining ensures perfect joint surfaces, contributing to the tool's long life. The molded grip is not only comfortable to hold but also static dissipative, with a resistance of 10⁸ ohms/sq, making it safe for use in sensitive environments. The dual leaf springs offer smooth and precise action, enhancing the overall cutting experience. Here are some key specifications:

• Brand: Lazer Line®
• Quality Level: ★★★★★
• Shape: Oval
• Material: Carbon Steel
• Tip Size: .38" (9.5mm)
• Type of Cut: Semi-Flush
• Cutting Capacity: 008"-.050" soft (0.2mm - 1.25mm soft)
• Overall Length: 5.25" (120mm)
• Body Width: 0.42 (10.5mm)
• Body Height: 0.275" (6.88mm)

Practical Applications and Benefits

The Excelta 7240E cutter is an indispensable tool for a wide range of applications, from crafting intricate designs to precise cuts in various materials. Its versatility makes it a favorite among professionals in industries such as woodworking, metalworking, and plastics. The long tool life and exceptional cutting capabilities save time and money, while the comfortable grip and smooth action reduce fatigue. Whether you're a hobbyist or a professional, this cutting tool is a valuable addition to your toolkit. Invest in the Excelta 7240E and experience the difference in quality and performance.