HORN internal diameter grooving tool mini *Tool life over 10 times longer
Insert with chip breaker for groove cutting and side cutting that contributes to reducing chatter and tool wear! A machining tool that eliminates chip clogging.
Do you have any of these concerns with inner diameter machining? - "Frequent occurrences of chip clogging in the inner diameter" - "Struggling to find tools that are rigid yet capable of machining deep grooves" At IZUSHI, we offer a wide range of inner diameter grooving tools from the German manufacturer HORN, which specializes in grooving tools. 【Features】 - High rigidity and stable machining enabled by a unique six-sided clamping system - Internal coolant supply that reliably delivers coolant to the cutting edge - Secure clamping guaranteed with a single screw tightening - One holder can accommodate various machining and groove widths within the same system - Compatible machining: grooving, boring, threading, end face grooving, chamfering - Minimum pilot hole diameter: φ 6.0 mm to φ 18.0 mm - Insert width: 0.7 mm to 3.0 mm - Maximum groove depth: 0.8 mm to 8.0 mm Examples of improved cutting conditions, tool life increased by over 10 times, and machining time reduced by approximately 46% can be found in the PDF download. *For more details, please download the PDF or contact us directly.
basic information
【Chip Breaker Lineup】 ■ D Breaker: For grooving and side cutting ■ R Breaker: For boring and side cutting ■ GM Breaker: For threading operations ■ I Breaker: For boring, contouring, and end face machining *For details, please download the PDF or contact us directly.
Price range
Delivery Time
Applications/Examples of results
Example of replacing a competitor's tool with HORN Mini D Breaker (Our case) Material being machined: SUM23 Cutting speed: Approximately 1.6 times faster 60m/min → 100m/min Feed rate: Approximately 1.5 times faster 0.02mm/rev → 0.03mm/rev Tool life: Over 10 times longer 150 pieces → 1500 pieces Processing time: Approximately 46% shorter About 28 seconds → About 15 seconds
