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Mechanical comprehensive display case (mechanical principle, mechanical parts, reducer)
"Reducer" Showcase
"Principle of Machinery" Showcase
"Mechanical Fundamentals" Showcase
"Motors and Transformers" Showcase
Metal Technology Showcase
"Building Construction" Showcase
"Chemical Technology" Showcase
"Mechanical Design Basics" Teaching Showroom
"Innovative Design of Machinery" Showcase
"Pump, Valve" Showcase
"Machine fixture design" teaching display case
"Tolerance fit" showcase
"Large Measuring Tools" Display Case
"Welding, riveting, technology" showcase
"Turning Technology" Showcase
"Fitterwork Technology" Showcase
"Mold" teaching display case

"Mechanical Drawing" Showcase
"Metal Cutting Tools" Showcase ||| "Metal Cutting" Showcases
"Mechanical Parts" Showcase
"Mechanical Parts Design" Showcase
Multimedia Intelligent Control "Mechanical Principles and Mechanical Design" Showcase
Multimedia Intelligent Control "Stamping Die Design and Manufacturing" Showcase
Multimedia Intelligent Control "Design and Manufacture of Plastic Mold" Showcase
Multimedia intelligent control "mechanical engineering drawing" display case
Mechanical engineering descriptive geometry multimedia design experimental device
"Stamping Die Design and Manufacturing" Multimedia Simulation Design Experimental Device
Training device for multimedia 3D surveying and mapping design model of mechanical drawing
Multimedia drawing three-dimensional surveying and mapping design training device for mechanical drawing
"Metal Technology" Multimedia Simulation Design Comprehensive Experimental Device
"Hydraulic Transmission" Multimedia Virtual Simulation Comprehensive Experimental Device
"Plastic Mold Design and Manufacturing" Multimedia Simulation Design Experimental Device
Combined experimental platform for innovative design analysis of mechanism movement
"Mechanical Principles" Multimedia Simulation Design Comprehensive Experimental Device
Advanced multimedia engineering drawing design laboratory equipment
"Mechanical Fundamentals" Multimedia Simulation Design Comprehensive Experimental Device


"Metal Technology" Multimedia Simulation Design Comprehensive Experimental Device

The company's first research and development, design, test and innovation of the "Metal Technology" multimedia comprehensive experimental equipment, suitable for "Metal Technology", "Basics of Mechanical Processing Technology", "Basics of Mechanical Manufacturing Technology" and other courses. "Metal Technology" is a basic technical course that must be studied in engineering majors of higher engineering colleges. It mainly studies the manufacturing methods of common mechanical parts, that is, a comprehensive course of parts from material selection, manufacturing of blanks, to processing to finished products. This experimental device uses a variety of materials and media means, focusing on advanced technologies such as casting, forging, and metal cutting. The experimental device uses multimedia software for metal technology. The multimedia courseware produced is rich and colorful. It combines animation with two-dimensional and three-dimensional views. It also works well with physical models. The multimedia software contains 34 model animation contents. The device uses 34 models and 34 instructional module boards for students to use; models and module boards can be replaced as needed for the course content. ( Teaching Equipment | Teaching Instruments )

金属工艺学多媒体仿真设计综合实验装置
Product Features

1. The experimental bench uses one P4 computer host, one 17-inch monitor, one mouse and one keyboard.

2. Use the multimedia software interface to vividly demonstrate the whole process of various model structure functions and principles (such as mold opening, mold closing, and production) with two- or three-dimensional animation, so that students can achieve a close combination of theory and practice.

3. Use the text chart description file of the module board to guide the students to analyze the mold structure and movement mode independently, and cultivate the ability to look at pictures and identify pictures.

4. Use physical models to give students a deep understanding of the composition and structural principles of casting tools, increase student design and analysis of course content, and cultivate students' innovative awareness.

5. The experimental device uses 34 plastic organic models and 34 text chart boards to introduce the functions and structures of various molds, as well as their uses and functions.

6. The device adopts a component structure, and it is convenient to replace the text chart module board and mold model. If you need to expand the function or develop a new experiment, you only need to add a text chart board and model, which will never be eliminated.

Third, the experimental bench configuration

Serial number

name

Description

Serial number

name

Description

1

Demonstration of scraper modeling process

All models use Jinggong's metal technology multimedia software. The multimedia courseware produced is rich and colorful. It combines animation and two-dimensional and three-dimensional views with each other. At the same time, it works well with physical models.

18

Rebound phenomenon

All models use Jinggong's metal technology multimedia software. The multimedia courseware produced is rich and colorful. It combines animation and two-dimensional and three-dimensional views with each other. At the same time, it works well with physical models.

2

Demonstration of fake box modeling process

19

Upset

3

Demonstration of assembled box process

20

Local upset

4

Demonstration of vertical casting process

twenty one

Turning slender shafts

5

Demonstration of horizontal casting process

twenty two

Turn thread processing

6

Investment Casting Process

twenty three

Turning face, outer circle, drilling

7

Three-box modeling process demonstration

twenty four

Drilling

8

Sand core casting process demonstration

25

Hobbing

9

Sand sculpting process

26

Gear shaping

10

Pressure casting process

27

planer

11

Modeling

28

Disc Milling Milling Keyway

12

Pull out

29

Straight shank milling cutter for milling keyway

13

Punching with leather

30

Helical gear milling with finger milling cutter

14

Back squeeze

31

Finger milling cutter for spur gear

15

Positive squeeze

32

Drilling

16

Positive extrusion hollow parts

33

Drilling and tapping

17

Compound pressurization

34

External grinding

4. Main technical parameters

1. Working power: single-phase 220V AC power.

2. Structure: The test bench is made of iron sheet metal with plastic spray structure, which is durable.

3. Working environment: temperature -10 0-+ 40 0 C.

4. Power consumption of the whole machine: <0.5KW

5. Dimensions of the test bench: 1600 × 750 × 1750mm

Teaching and teaching machinery display cabinet: Products

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