Cutting tool FANAR E 101 HSS GRATTEC GT-E101 – HSS metal cutting tool, model GT-E101

FANAR E 101 HSS GRATTEC GT-E101 is a high-speed steel metal cutting tool designed for precision machining of a wide range of metallic materials. The tool is intended for general metalworking operations where the properties of HSS — hardness, toughness and predictable wear behaviour — are required. Its geometry and material composition support stable cutting performance in workshop and industrial environments, enabling accurate edge formation and repeatable results.

Advantages

The HSS construction delivers consistent hardness and heat resistance at conventional cutting speeds, providing reliable tool life for common turning, milling or shaping tasks. The tool’s cutting profile ensures dimensional accuracy and a clean surface finish under appropriate cutting conditions. Compatibility with standard metalworking tool holders and straightforward maintenance make it practical for use in busy production or repair settings.

Suitable for

• General metal cutting and machining of steels and non-hardened alloys
• Workshop tasks such as turning, milling and shaping operations
• Precision small-batch production and prototype machining
• Repair and maintenance work requiring reliable HSS tooling

Key specifications

• Material: high-speed steel (HSS) for cutting applications
• Intended use: metal cutting and precision machining
• Compatibility: fits standard metalworking tool holders for bench and machine tools
• Surface finish capability: suitable for producing accurate edges and clean finishes under recommended conditions
• Durability: wear-resistant performance typical of HSS in conventional machining regimes

How to use

Mount the cutting tool securely in a compatible tool holder or machine arbor, ensuring proper alignment and clearance. Select cutting speeds and feeds appropriate for high-speed steel when machining the target material; reduce cutting speed for hardened steels and increase feed or use coolant for improved surface quality and tool life. Inspect the tool edge periodically and perform light regrinding or dressing as needed to maintain cutting geometry. Follow machine manufacturer guidance for clamping torque and safety shields when operating.

Usage recommendations

For best results, use the tool with appropriate coolant or cutting fluid when machining tougher alloys and during prolonged operations. Avoid excessive cutting speeds beyond HSS recommendations; when higher speeds or extended life are required, consider coated carbide alternatives. Store the tool in a dry place and protect the cutting edge from impacts to preserve performance.