PERFECTLY IN-TOLERANCE FINISH MACHINING FOR REDUCED PRODUCTION TIME
Finally eliminate the extremely time-consuming task of disassembling the individual layers of stacked materials thanks to the highly innovative two-in-one geometry of the JC899 Hybrid Stack Finisher from Seco Tools.
Discover the JC898 and JC899 range
YOUR BENEFITS:
- Increase process precision, efficiency and reliability
- Generate defect- and scratch-free holes to reduce production time, cost and scrap with new two-in-one tool geometry
- Reduce tooling costs with longer lasting tools
YOUR CHALLENGES:
- High pressures on part during Z-axis drilling
- Delamination of CFRP material when drilling
- Chip pollution when processing holes in stacked materials
- Long lead times caused by manually separating, cleaning and reassembling material layers
- Slow cycle times due to separate holemaking operations
- Short tool life increases part-processing costs
- Worn tools producing poor part surface finishes
- Material delamination and fibre pull out
- Poor chip evacuation
OUR SOLUTIONS:
- High feed frontal teeth geometry designed for helical interpolation and through-tool channel for material removal with compressed air
- Patented two-in-one geometry for coating for complete finishing of stacked materials in one cycle
- Diamond-based STAX coating for longer tool life and tighter component tolerances
- Left-hand helix stack finisher for perfect surface finishes without secondary cleaning/benchwork
YOUR BENEFITS:
- Increase process precision, efficiency and reliability
- Generate defect- and scratch-free holes to reduce production time, cost and scrap with new two-in-one tool geometry
- Reduce tooling costs with longer lasting tools
YOUR CHALLENGES:
- High pressures on part during Z-axis drilling
- Delamination of CFRP material when drilling
- Chip pollution when processing holes in stacked materials
- Long lead times caused by manually separating, cleaning and reassembling material layers
- Slow cycle times due to separate holemaking operations
- Short tool life increases part-processing costs
- Worn tools producing poor part surface finishes
- Material delamination and fibre pull out
- Poor chip evacuation
OUR SOLUTIONS:
- High feed frontal teeth geometry designed for helical interpolation and through-tool channel for material removal with compressed air
- Patented two-in-one geometry for coating for complete finishing of stacked materials in one cycle
- Diamond-based STAX coating for longer tool life and tighter component tolerances
- Left-hand helix stack finisher for perfect surface finishes without secondary cleaning/benchwork
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