Выполнен анализ чертежа детали на технологичность, проведена оценка соответствия требований чертежа детали нормам и правилам Единой системы конструкторской документации (ЕСКД), произведено формулирование технологических задач, выбран метод получения заготовки, разработан план обработки отдельных поверхностей, составлен технологический маршрут изготовления детали и разработан план технологических операций, произведен расчет режимов резания и норм времени на операции, оформлена необходимая технологическая документация. Спроектирована станочная технологическая оснастка, выполнен расчет сил резания, выбраны установочные элементы, разработан их чертеж. Произведен расчет силы зажима и разработан чертеж зажимного механизма. Выполнены расчеты зажимного механизма и силового привода, разработан чертеж привода и спецификация. Разработана конструкция: токарного фасонного резца, червячной фрезы, комплекта метчиков. Проведены необходимые кинематические и силовые расчеты, определены геометрические параметры и разработаны чертежи.

The part drawing was analyzed for processability, the requirements of the part drawing were evaluated for compliance with the norms and rules of the Unified System of Design Documentation (ESKD), the technological tasks were formulated, the method of obtaining the workpiece was chosen, theprocessing plan for individual surfaces was developed, the technological route for manufacturing the part was drawn up and a plan of technological operations was developed, the cutting modes and time standards for operations were calculated, and the necessary technological documenta-tion was drawn up. Machine tools were designed, cutting forces were calculated, installation elements were selected, and their drawing was developed. The clamping force was calculated and a drawing of the clamping mechanism was developed. Calculations of the clamping mechanism and power drive were made, the drive drawing and specification were developed.Designed: lathe shaped cutter, worm cutter, set of throwers. Necessary kinematic and power calculations were carried out, geometric parameters were determined and drawings were developed