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Send profile cross-sections, finished drawings with tolerances, hardware references, finish, typical batch sizes and an output target. Mark which faces and ends need machining. Ask each supplier to show which features the proposed configuration can reach.
Read articleFour stations describe a layout. Actual output depends on which stations can be occupied, whether loading can overlap machining, and how much time goes into tool changes, inspection and handling.
Read articleA fixture locates the extrusion against the drawing datum and holds it without movement or unacceptable surface marks. Stops establish position. Clamps hold the part against the locating surfaces during the cut.
Read articleEnd milling shapes the end of a transom to match its mating section. Face drilling and milling create fixing holes, drainage slots and hardware pockets. Mark the tool approach for every feature before selecting equipment.
Read articleCompare usable cutting length and section size at the required angles. A double head cutting saw for aluminum profiles can size both ends in one setup when the member fits its working range.
Read articleX-axis travel is how far the machining unit can move. Maximum workpiece length is the stock the machine can hold and support. Usable feature span depends on clamps, stops, the tool holder and whether the cutter must approach an end face.
Read articleCompare flip fixtures, indexing and multi-axis heads for multi-side aluminum profile machining, with a sample-part acceptance checklist.
Read articlePlan lock pocket milling, concealed hinge machining and handle slots from the hardware drawings, then verify setup and fit on a production extrusion.
Read articleCompare cutting and milling equipment, four-station CNC machines and heavy-duty profile machining by your drawings, workholding and measured cycle time.
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