REDUCE YOUR COST PER THREADED HOLE IN CAST IRON
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Optimizing threading operations in cast iron requires a great deal of trial and error, often with plenty of broken taps and poor cycle times along the way. Control cutting forces, keep chips moving and speed up your threading operations by up to 50% with the new line of threading taps for ISO K materials from Seco. And thanks to a newly redesigned geometry and grade combination, you can take advantage of these taps’ higher performance without sacrificing tool life.
Your challenge: Slow cast iron threading operations are slowing down your shop’s production.
The Seco solution: Achieve the highest level of tapping performance – and the lowest cost per threaded hole – thanks to reoptimized geometries, a greater number of flutes and reduced friction.
Threading can be a delicate operation, one where chips and cutting forces must be handled with extreme care for effective process security. Handle all these challenges with ease thanks to the new ISO K threading taps’ advanced design. Using a specialized process that results in a harder, high-cobalt tool-steel substrate, Seco has also applied a new smoothed TiAlN coating for a smooth, hard surface that’s highly resistant to breakage. Best of all, this improved reliability can be applied in any coolant environment, whether machining dry, wet or through the use of MQL technology.
Your challenge: Poorly controlled, oversized chips cause scratching, tool wear and a lack of process security.
The Seco solution: Newly optimized flute shapes and a back chamfer make it easy to evacuate chips, even in deep holes.
Threading has a reputation for sensitivity, but there’s no need to be gentle with the new cast iron threading taps. A forgiving geometry, including a greater number of flutes and optimized grades, provides great results even with suboptimal cutting parameters. Meanwhile, additional reliefs on the threads and chamfer serve to reduce contact between the taps and workpiece, while the additional back chamfer allows for threading in deep holes with confidence.
Your challenge: Unpredictable tap tool life leads to poor performance and downtime.
The Seco solution: An increased number of flutes, improved hardness and greater chamfer and thread reliefs secure processes and prevent unexpected breakage.
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ISO K Threading Taps - New Generation vs Old Generation Comparison
TURBO 16 SQUARE SHOULDER MILLING CUTTERS
SECO MACHINE MONITORING OPTIMIZES MANUFACTURING
SECO HELICAL TURBO 16 MILLING CUTTERS
JETSTREAM TOOLING® SECO CAPTO™ GENERAL ISO TURNING
SECO JH724-JH726 MEDICAL BARREL SOLID END MILLS
SECO JSE510 SOLID END MILL SERIES
SECO TOOL IDENTIFICATION
JETI CONVERSION GROOVING & PARTING-OFF CAPTO
Machining Navigator / Catalog Threading
HIGH FEED SQUARE CUT SIZE 14 INSERT
SECO END MILLS FOR PLUG-AND-PLAY DENTAL MILLING
JETI ISO TOOLHOLDER RANGE EXTENSION
THREADMASTER™ ISO-S THREADING TAPS
JM100 MINI END MILLS
MODULAR QC (QUICK-CHANGE) TOOLHOLDER FOR SMALL PART MACHINING
SECO-CAPTO TOOLHOLDERS & CASSETTES FOR ADVANCED MATERIAL
NEW MP MILLING GRADES
XP08 ALUMINIUM ROUTER
RANGE EXTENSION OF SHELL MILL HOLDERS, SMALL FACE & SIDE LOCK HOLDERS IMPROVEMENTS
UNIVERSAL DRILLS 8XD AND 12XD
SECO ROUND 10 AND 16 COPY MILLING INSERTS
DOUBLE TURBO 16
Threadmaster Taps - Forming
R220.88 WITH SNMU INSERTS
JETI CONVERSION GROOVING AND PARTING-OFF
DOUBLE QUATTROMILL™ 14
Threadmaster Taps – Through Holes
Threadmaster Taps – Blind Holes
STEADYLINE® & ø25MM (1”) SERIES
DOUBLE QUATTROMILL™ 22