Milling Tools
End Mill Comparisons in CFRP, Part 1 - Carbide Tool
Video shows the performance of coated carbide, diamond-coated, PCD and veined PCD tools in carbon fiber reinforced plastic. Part one in a four-part series.
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End Mill Comparisons in CFRP, Part 2 - Diamond-Coated Tool
Video shows the performance of coated carbide, diamond-coated, PCD and veined PCD tools in carbon fiber reinforced plastic. Part two in a four-part series.
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End Mill Comparisons in CFRP, Part 3 - Conventional PCD Tool
Video shows the performance of coated carbide, diamond-coated, PCD and veined PCD tools in carbon fiber reinforced plastic. Part three in a four-part series.
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The New Rules of Cutting Tools — Rule #3: Diamond Shouldn't Be Rare
Consider PCD or CBN wherever capacity is tight.
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How To Machine Composites, Part 3 -- Milling Composites
Diamond shines for this shop when it mills composites.
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End Mill Comparisons in CFRP, Part 4 - Veined PCD Tool
Video shows the performance of coated carbide, diamond-coated, PCD and veined PCD tools in carbon fiber reinforced plastic. Part four in a four-part series.
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The New Rules of Cutting Tools — Rule #5: Consider the Cutting Tool at the Start
Are you specifying the right machine? You can’t know until you know what tools you will use.
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Could The Highest Price Cutter Be The Least Expensive?
An evaluation of different cutting tool technologies for machining carbon fiber reinforced plastics
Read MoreEnd Mills Built To Eliminate Chatter And Vibration
Manufacturers and die and mold shops can solve chatter problems in milling operations with Iscar’s ChatterFree end mills. According to the company, the cutters’ variable-pitch flute pattern eliminates harmonic vibration, the main source of chatter. This enables faster cutting and finer finish in rough or finish slo
Read MoreCutting Tool Series Controls Toolpath Motion
Surfware and Swift-Carb CNC announce cutting tools built specifically to optimize TrueMill’s custom cutter path. The TrueMill Certified series of cutters is said to produce faster cycle times and extended tool life through the use of the company’s “engagement angle” or “TEA” method. A major problem in milling is t
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