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Guhring RT 100 Al vs Allied Machine 4TEX
Guhring RT 100 Al and Allied Machine 4TEX are documented holemaking systems with different product architecture and application priorities. Guhring RT 100 Al is a solid-carbide drill platform for aluminum and other nonferrous applications. 4TEX is an Allied Machine indexable insert drill designed to increase penetration rates while using lower drilling forces.
Side-by-side comparison
| Category | Guhring RT 100 Al | Allied Machine 4TEX |
|---|---|---|
| System architecture | Official Series 6062, 5768, and 6063 are listed as 3xD, 5xD, and 7xD RT 100 Al carbide drills with coolant through, an HA shank, and a 140-degree point. | Architecture: indexable drill body with replaceable multi-edge carbide inserts. |
| Documented application focus | Production drilling in aluminum where polished functional surfaces and internal coolant support chip evacuation and built-up-edge control. | Production drilling where indexable-edge economics and lower drilling force are priorities. |
| Technical selection detail | Guhring describes optimized cutting-edge geometry, a relieved cone, a slightly concave main cutting edge, sharp cutting characteristics, and polished functional surfaces. | Allied positions the system around higher penetration with lower drilling forces. |
| Primary documented constraint | RT 100 Al is not one interchangeable drill; 3xD, 5xD, 7xD, micro-precision, and deep-hole series have distinct geometry and operating requirements. | Center and peripheral insert positions may use different wear patterns and must be monitored separately. |
| Manufacturer-guided selection | Store the Guhring series, code, EDP number, diameter, L/D, point angle, shank, coolant configuration, and current cutting-data source as separate searchable fields. | Use 4TEX where indexable drilling economics, reduced cutting forces, and body reuse fit the machine and tolerance requirement. |
Best fit by application
Guhring RT 100 Al
- Production drilling in aluminum where polished functional surfaces and internal coolant support chip evacuation and built-up-edge control.
- Store the Guhring series, code, EDP number, diameter, L/D, point angle, shank, coolant configuration, and current cutting-data source as separate searchable fields.
Allied Machine 4TEX
- Production drilling where indexable-edge economics and lower drilling force are priorities.
- Use 4TEX where indexable drilling economics, reduced cutting forces, and body reuse fit the machine and tolerance requirement.
Selection notes
Use RT 100 Al when its documented application focus and technical configuration match the operation more closely; use 4TEX when its documented architecture and constraints provide the better fit.
Compare complete configured assemblies and current manufacturer data rather than treating either family name as one universal item.
Variables to validate
- RT 100 Al: RT 100 Al is not one interchangeable drill; 3xD, 5xD, 7xD, micro-precision, and deep-hole series have distinct geometry and operating requirements.
- 4TEX: Center and peripheral insert positions may use different wear patterns and must be monitored separately.
- Normalize diameter or cutter size, reach, interface, work material, machine conditions, coolant, and acceptance criteria before comparing performance or cost.
Official product references
We work to keep this information reliable, but specifications and availability can change. Verify critical details with the manufacturer through the official resources above.