1pc SLTBN12-2 Tool Block 1/2" 1pc NCIH19-2 adjustable blade, 0.087" insert width Blades marked with Vernier increasing line in 32nd. 10pcs GTN-2 carbide inserts, Grade C6, 0.087" insert width, TiN Coated All kits include 1 insert wrench, 1 Allen wrench and packed in fitted case
The Accusize Industrial Tools 1/2'' Self-Lock Block SLTBN12-2 cut-off tool set is specifically engineered for machinists who prioritize precision and efficiency in their cutting operations. This kit is perfectly suited for those working with smaller lathe machines, offering a 1/2" tool block, an NCIH19-2 adjustable blade, and ten GTN-2 carbide inserts, each TiN coated for enhanced longevity and performance. The precision of the blade adjustments is ensured by the Vernier lines marked in 32nds, allowing for meticulous control over the cut-off process.Constructed with Grade C6 carbide and coated with Titanium Nitride (TiN), the inserts included in this set stand up to demanding cutting tasks, ensuring that they remain sharp and durable over extended use. This level of quality and durability is essential for machinists working with a wide range of materials, from soft metals to tougher alloys, providing consistent, clean cuts every time.Each set is thoughtfully compiled to include all necessary tools for immediate application, including an insert wrench and an Allen key, highlighting the kit's convenience and user-friendliness. Packaged in a robust aluminum fitted case, the components are not only organized but also well-protected against the rigors of transport and storage, ensuring that they remain in top condition for when precision and reliability are needed most.Ideal for both professional and hobbyist settings, the Accusize 1/2'' Self-Lock Block SLTBN12-2 cut-off tool set stands as a testament to Accusize Industrial Tools' commitment to providing high-quality, reliable tooling solutions. Its compact design, precision capabilities, and durable construction make it a valuable addition to any machinist's toolkit, ensuring efficiency and quality in every cut-off operation.