Product Description

Böker Treebrand Traditional Series 2.0 Slip Joint Pen Knife, Smooth Red Bone Handles (1.20" D2) 110844

The Böker Tree Brand Traditional Series 2.0 Slip Joint Pen Knife is a classic example of quality craftsmanship, combining both style and functionality. It is an excellent choice for those who appreciate traditional pocket knives with a modern twist.

The Böker Tree Brand Traditional Series 2.0 Slip Joint Pen Knife is designed with both collectors and everyday users in mind. Its compact size makes it an ideal pocket companion for a variety of tasks, from opening letters to small cutting tasks in daily life.

Blade

The 1.20-inch blade is crafted from D2 steel, a high-carbon, high-chromium tool steel known for its excellent wear resistance and ability to hold a sharp edge. This makes the knife not only functional but also reliable for long-term use.

Handle

The smooth red bone handles are not only visually appealing but also offer a comfortable grip, enhancing the user experience. The vibrant color and texture of the bone add a touch of elegance to the knife, making it a standout piece in any collection.

Slip Joint Mechanism

The slip joint mechanism is a nod to traditional knife designs, providing a simple yet effective locking system. This feature makes it easy to open and close the knife safely, ensuring that it remains a reliable tool.

Brass Inlay Shield

A signature of the Böker Tree Brand, the classic brass inlay shield is a mark of quality and tradition. It adds a touch of sophistication and authenticity, further elevating the knife's aesthetic appeal.

The Böker Tree Brand Traditional Series 2.0 Slip Joint Pen Knife is a perfect blend of tradition and practicality. Its combination of high-quality materials, classic design elements, and modern functionality make it a must-have for knife enthusiasts and everyday users alike. Whether you’re a collector or someone in need of a reliable pen knife, this model is sure to meet your expectations with its timeless design and robust construction.