18
Automated NOvA Fly Cutting Machine NFCM 07/09/2010 Jonas F., Lukas G., Balazs M., Jonas S., Christian W. 1 Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine

Embed Size (px)

DESCRIPTION

Automated NOvA Fly Cutting Machine. Contents. Introduction and costumer requirements Solution finding NFCM Project Results Conclusions Questions. Status Quo. Time-consuming alignment Experienced technician required. Improvement goals. Reduction of the machining process time - PowerPoint PPT Presentation

Citation preview

Page 1: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 Jonas F., Lukas G., Balazs M., Jonas S., Christian W.

1

Automated NOvA Fly Cutting Machine

Page 2: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Contents

• Introduction and costumer requirements

• Solution finding

• NFCM Project

• Results

• Conclusions

• Questions

07/09/2010 2

Page 3: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 3

Status Quo

- Time-consuming alignment- Experienced technician required

Improvement goals

- Reduction of the machining process time- Improved usability through automatisation

Page 4: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 4

• High accuracy

• Budget compliance

• Mobility

• Processing time

• Usability

Costumer Requirements to the NFCM

Page 5: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 5

Finding the best solution

Page 6: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 6

NFCM construction overview

Snout clamping

Rotating table

Roll car

Linear guidings

Tilt platform

FlycutterLight section sensor

Page 7: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Light section sensor

07/09/2010 7

• Emitting laser beam

• Reflected by object

• Caught by camera

• Processing of profile

Fig: www.ia.omron.com

Page 8: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Roll car• Existing blue roll car

• Manual height adjustment

• Manual brake adjustment

• 4 rolls (better 3 rolls)

07/09/2010 8

Page 9: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Rotating table• Circular platform• Slide bearing in the center• 3 roller bearings on the sides• Worm gear with a electric motor• Y- Angle Tolerance +/- 15 degree

07/09/2010 9

Page 10: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Linear guidings

• Electric motor

• Linear motion based in bearings

07/09/2010 10

Page 11: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Tilt platform

X- Angle Tolerance +/- 5 degree

Roller bearings

Electrical cylinder

07/09/2010 11

Page 12: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Flycutter• Existing flycutter engine

• Diamand cutter

• Standard suspension

07/09/2010 12

Page 13: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

Snout clamping

• Fit with snap closing

• Roughly car align

07/09/2010 13

Page 14: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 14

Manual adjustment

Page 15: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010 15

Working process

Page 16: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010

• Costs: $25,420 (estimated)• Tolerance: ±0.1mm• Working time per piece: 8 minutes• Automatisation: highly improved• Usability / Safety: good• Duration of life: 5,000,000 pieces

Results

Page 17: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010

• Union of existing machine with new fundament

• Requirements were all met

• Budget was kept

Résumé

Page 18: Automated NOvA Fly Cutting Machine

Automated NOvA Fly Cutting Machine NFCM

07/09/2010

• Successfully embedded existing machine

• No fancy technologies required

• Lower costs

Conclusion