Home / Knowledge / Sandvik Coromant CoroDrill 880 vs Guhring RT 100 U

Sandvik Coromant CoroDrill 880 vs Guhring RT 100 U

Sandvik Coromant CoroDrill 880 and Guhring RT 100 U are documented holemaking systems with different product architecture and application priorities. CoroDrill 880 is Sandvik Coromant's indexable drilling system using drill bodies and separate central and peripheral inserts. Guhring RT 100 U is a coolant-through carbide drill platform with distinct depth and shank series.

Side-by-side comparison

CategorySandvik Coromant CoroDrill 880Guhring RT 100 U
System architectureOfficial body pages identify compatible central C and peripheral P insert interface codes separately.Series 5610 is a 3xD nano-FIREX, 140-degree RT 100 U with coolant and HE shank.
Documented application focusIndexable production drilling using separate central and peripheral cutting positions.Production drilling in the material groups available for the exact RT 100 U item.
Technical selection detailBodies span different diameter, usable-length ratio, shank, and Coromant Capto configurations.Series 5511 is the 5xD nano-FIREX, 140-degree HA-shank branch.
Primary documented constraintCentral and peripheral inserts are position-specific and use different interface identifiers.Depth, shank, coating, margin design, diameter, and EDP identity control compatibility.
Manufacturer-guided selectionRecord the body ordering code plus every central and peripheral insert code, grade, position, torque, connection, and coolant condition.Store series, code, EDP, diameter, L/D, shank, coating, point, margin form, coolant, and current cutting-data source.

Best fit by application

Sandvik Coromant CoroDrill 880

  • Indexable production drilling using separate central and peripheral cutting positions.
  • Record the body ordering code plus every central and peripheral insert code, grade, position, torque, connection, and coolant condition.

Guhring RT 100 U

  • Production drilling in the material groups available for the exact RT 100 U item.
  • Store series, code, EDP, diameter, L/D, shank, coating, point, margin form, coolant, and current cutting-data source.

Selection notes

Use CoroDrill 880 when its documented application focus and technical configuration match the operation more closely; use RT 100 U 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

  • CoroDrill 880: Central and peripheral inserts are position-specific and use different interface identifiers.
  • RT 100 U: Depth, shank, coating, margin design, diameter, and EDP identity control compatibility.
  • 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.

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