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Different planer marks point toward different mechanisms. A line that holds the same position across several boards calls for a different check than random dents, end-only snipe or torn grain
Read More →When a drill breaks, stop the cycle and preserve the evidence. Keep the failed tool, the chips from that hole and the workpiece if possible. Record whether the failure happened on entry, whil
Read More →Calculate CNC router feed rate by multiplying spindle RPM, the number of cutting edges and the applicable chip load. Then check whether the router, cutter and workholding can support that fee
Read More →A published hard-milling speed and feed is useful only when its source conditions resemble the cut in front of you. Before using one, match the workpiece hardness, cutter and edge system, rad
Read More →A PCBN insert that performs well in continuous hard turning can fail quickly when a cut repeatedly enters a gap, scale band or uneven allowance. That does not prove that PCBN is wrong, nor do
Read More →Machining copper tungsten is easiest to misjudge when the material is treated as either copper, tungsten or an EDM electrode. Cu-W is a heterogeneous two-phase composite: a porous sintered tu
Read More →Choose between center-cutting and non-center-cutting end mills by where the cut begins. If the cutter must start straight down in solid stock, it needs cutting geometry at the rotational axis
Read More →A poor reaming surface finish is easy to blame on speed or feed because the defect appears during the reaming pass. That is often the wrong first move. A reamer follows the hole it receives,
Read More →Start by matching the cutting-data family to the tool before calculating RPM. The evidence here follows three separate paths: an IDC table for specified milling inserts, CVD-diamond end-mill
Read More →PCD Milling Cutter
PCD-SEM-001
For precision slotting and 90° profiling in non-ferrous materials.
Carbide Drills
CBD-3F-001
Unequal flute design suppresses vibration for high-speed aluminum drilling.
PCD Turning Inserts
PCD-TI-001
Fine-finishing insert for aluminum pistons and housings.
