Clamping clamps - Electrical technology

Contents

Table of contents

Introduction

Subassembly Part Assignment

2.1.1 Selection of production type

2.2 Selection of procurement method

2.3 Development of part manufacturing route

2.4 Selection of equipment, accessories

2.5 Operation Sketches

2.6 Calculation of cutting modes

List of literature

Introduction

The level of development of engineering is one of the most significant factors of technological progress, since fundamental transformations in any field of production are possible only as a result of the creation of better machines and the development of fundamentally new technologies. The development and improvement of production technology today are closely related to automation, the creation of robotic complexes, the widespread use of computer technology, the use of equipment with numerical software control. All this forms the basis on which automated production is created, it becomes possible to optimize technological processes, create flexible automated complexes.

Increasing the specific gravity of mechanized and automated tools, production and their continuous improvement tightened the requirements for technological design and became the basis for creating rules and methods for developing technological processes. The transition to automated design systems unified all technological documentation.

The complex mechanization and automation of production processes, the re-equipment of machine-building enterprises with modern metal cutting machines, the typification and standardization of technological processes, the widespread introduction of computers led to a reassessment of existing design methods. Currently, process design is a comprehensive system of interaction of tools and methods that create high-quality technological documentation based on the wide application of standard technological solutions.

Development of part manufacturing route.

Axis part manufacturing route:

05 Billet - hot-rolled rolled.

010 Turning operation.

1-Transitions the surface. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter T5K6.

2-Trim the end face. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Undercut cutter T5K6.

3-Surface transition. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter T5K6.

4-Surface transition. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter T5K6

5-Drill the hole. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Spiral drill.

6-Transition chamfer 1. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter bent T5K6.

7-Flip chamfer 2. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter bent T5K6.

8-Transition chamfer 3. Material of the cutting tool we choose according to recommendations [Internet] - Turning screw cutter 1A616. Pass cutter bent T5K6.

015 Turning - NC turning operation.

1-Transitions the surface. The material of the cutting tool is selected in accordance with the recommendations [Internet] - Turning-screw machine 16k20f3. Pass-through lathe T5K10.

2 - thread cutting. The material of the cutting tool is selected in accordance with the recommendations [Internet] - Turning-screw machine 16k20f3. Threaded internal cutter T5K10.

3 - thread cutting. The material of the cutting tool is selected in accordance with the recommendations [Internet] - Turning-screw machine 16k20f3. Threaded cutter T5K10.

020 Milling - operation with horizontal milling machine 6P81. Ledge milling. The material of the disk cutter is selected in accordance with the recommendations of the [Internet] - cutter P6M5.

025 Coating - Coating M3.H6.x.