#1170 6-Lobe (TX) Round Head Inserts
Universal Punch Corp. | Precision Tooling
#1170 6-Lobe (TX) Round Head Inserts
Universal Punch Corp. manufactures high-precision 6-Lobe (TX) Round Head Inserts designed for producing internal 6-lobe recess geometries in round head fasteners. These inserts are engineered for cold heading and fastener forming operations where durability, dimensional control, and long tool life are essential.
The #1170 insert series is used in heading tooling assemblies to create the Torx-style recess found in round head screws. Manufactured from premium tool steels and available with advanced heat treatment processes, these inserts maintain precise geometry under demanding high-volume production conditions.
Typical Applications
- Cold heading tooling for round head screws
- Production of internal 6-Lobe (TX) drive recesses
- High-volume fastener manufacturing
- Precision recess forming operations
- Automotive, aerospace, and industrial fastener production
Features
- Engineered for 6-Lobe (TX) recess forming
- Optimized geometry for round head fastener designs
- High-strength tool steel construction
- Precision ground for repeatable recess geometry
- Designed for long production tool life
- Compatible with standard cold heading equipment
Specifications
- Series: #1170
- Product Type: Recess Forming Inserts
- Drive Geometry: Internal 6-Lobe (TX)
- Head Style: Round Head
- Application: Cold Heading / Fastener Production
- Material: Premium Tool Steel
- Manufacturing: Precision Ground and Heat Treated
Product Overview
The #1170 6-Lobe (TX) Round Head Insert series provides fastener manufacturers with reliable tooling for producing consistent Torx-style recess geometries in round head screws. These inserts are designed to maintain tight dimensional tolerances while operating under high-stress forming conditions.
Universal Punch Corp. manufactures these inserts with carefully controlled material selection, heat treatment, and grinding processes to ensure dependable performance and long service life. The result is consistent recess quality and reduced tooling downtime in demanding production environments.