ダイホルダー製作と現地機械加工

Flow of design and production for forging press die holder

• 1. Sales person's visit
• 2. Presentation of forged product
• 3. Detailed presentation of press machine in use
• 4. Presentation of the number of process and the mold dimension
• 5. Determination of whether hot or cold forging
• 6. Determination of whether forging with burr, inclusive die forging, or enclosed die forging
• 7. Determination of whether hand impacts, transfer, or selective compliance assembly robot arm (work travelling with material)
• 8. Presentation of design methodology drawings by the Engineering Division of Uchida
• 9. Discussion of specification
• 10. Confirmation of estimate specification
• 11. Presentation of cost estimate
• 12. Discussion about order
• 13. Acceptance of purchase order
• 14. Procurement of materials (3 to 4 months needed)
• 15. Deployment of design drawing parts (1 month needed)
• 16. Processing, assembly and inspection (1 to 2 months needed)
• 17. Shipping

References to be presented

• Material milling sheet
• Heat treatment inspection list
• Parts processing inspection list
• Assembly test list

 

 

Introduction of design and program

Design drawing of forging machine

2D drawing

 

MYPAC DRAFT&MODEL
Mechanical 2D and 3D fusion CAD x 2
Plotter for A3 – A0 compatible x 1
Printer for A3 – A0 compatible x 1

 

 

 

 

 

3D drawing

 
Our design based on profound expertise and the state of the art technique can satisfy all the needs of our customers.
We keep trying for new challenges in search of better solution.

 

 

 

 

 

 

 

Extensions acceptable for input and output

• DXF
• DWG
• BMI
• IGES
• MCAD
• MPP
• JW_CAD
• ARC
• SXF
• ME10(MIF)

 

Forging machine design program

Master CAM

 
Mastercam V9
Mill Level3
IGES, DFX, STL and CAD converter
Solids
×1

 

We have been committed to realize swift and highly efficient automation for every sort of processing.

 

 

 

Parts outline

 

 

 

 

Set outline