Detail Carving Chisel with Palm Handle, 10 mm (0.39 inches)

This hand-forged Detail Carving Chisel with Palm Handle is crafted for precise, delicate work in fine woodworking and sculpture. Perfectly suited for detail carving, chip carving, and intricate joinery, the chisel offers excellent control thanks toDetail Carving Chisel with Palm Handle. Sharp Carbon Steel Blade, Ash Wood Handle. Beginner Chisel for Woodworking. Geometric Carving Chisel its ergonomic palm-sized handle. Whether you're refining miniature details or adding finishing touches to a larger piece, this tool ensures comfort and accuracy with every cut.

Dimensions
• Blade Width: 10 mm (0.39 inches)
• Blade Length: 8 cm (3.15 inches)
• Handle Length: 6 cm (2.36 inches)
• Overall Length: 14 cm (5.51 inches)

Specification
✔️ Blade: Hand-forged from high-carbon steel 52100 (hardness 58–59 HRC) for exceptional sharpness, durability, and excellent edge retention.
✔️ Handle: Crafted from solid ash wood, providing a comfortable grip and natural control during use.
✔️ Condition: Sharpened and ready to use upon delivery, ensuring immediate application for precise wood carving.
✔️ Whether you are working with hard or soft woods, the tool is designed to smoothly execute every cut with high precision.
✔️ Ideal for hobbyists or professional craftspeople looking for high-quality tool.

Key features & Benefits
✅ Hand Forged from Hardened Carbon Steel 52100 (ASTM A295)
Ensures exceptional durability and a high level of performance, allowing your tools to handle the toughest tasks with ease and maintain their integrity over many years.
✅ Designed for Precision Work
Ideal for fine, controlled carving, making it a favorite for wood sculptors, model makers, and detailed joinery projects.
✅ Comfortable Palm Handle
The ergonomically shaped handle allows for maximum control with minimal hand strain, even during long carving sessions.
✅ Compact and Versatile
Its smaller size and lightweight design make it perfect for both beginners and experienced carvers who require precision in tight spaces.