Case Study: Additive Manufacturing control jig

20 July 2017by Fabio Gualdo
dima_1-1280x960.jpg

In this case study you will see how we realized and optimized a control equipment ready to be used in production lines.

TARGET
  • Design and realization of a control equipment in the shortest possible time
  • Reduce the weight of the detail to improve handling and storage
  • Reduce production costs
IMPLEMENTATION PROCESS
STEP 1: Reverse Engineering

The implementation process starts with the Reverse Engineering activity of the production tool in order to acquire the control spots ( conspicuity of the profiles, curvature, fixing spots).

Laser scan with NIKON arm

scansione dima

Scan output

STEP 2: Design

The development of the control jig was engineered by our technical staff optimizing its design according to the customer’s needs and the constructive process.

Control template CAD design

STEP 3: Control jig production

Per l’esecuzione della dima abbiamo utilizzato la tecnologia FDM realizzando le parti in ASA.

For the execution of the control jig we used FDM technology, realizing the parts with ASA.
The choice of FDM process (Fused Deposition Modeling) and ASA material, using the lightened construction modality, guarantees excellent dimensional stability, great torsion resistance of the detail, good resistance to impacts and UV rays.
The internal production systems are able to produce parts up to 900x600x900 mm allowing to realize monolithic parts.

Monolithic details realized with Fortus 900 (900x600x900mm)

Lightened construction modality, parameterizes according to the functional needs of the parts and allows material (weight) and time per machine saving, optimizing production costs.

Detail of particular products with internal lightened structure

STEP 4: ASSEMBLY

The commissioned project included the supply and the testing of the jig .

After the production of the designed parts we assembled the template with the necessary standards (columns, axle boxes, fixing systems).

Assembled control template

STEP 5: TESTING AND DIMENSIONAL CONTROL

The final phase of the process is the dimensional check and the testing.
The equipment was dimensionally certified through laser inspection and successively tested.

Once get through the strict quality controls, the jig was identify with labeling and Serial Number.

Testing phase

ACHIEVED RESULTS:
 

Preavious solution

Spring solution

Difference
Weight9 Kg3 Kg-66%
Lead time8 working days5 working days-40%
Costs-35%

 

Please send us your project to contatti@springitalia.com. It will be our prerogative to evaluate the technical feasibility and offer you the best possible solution!

 

Fabio Gualdo

Fabio Gualdo

3D PRINTING

3D PRINTING

CNC MACHINING PROCESS

CNC MACHINING PROCESS

METAL CAST

METAL CAST

VACUUM CASTING

VACUUM CASTING

PRE SERIES

PRE SERIES

FINISHES

FINISHES

CARBON FIBER

CARBON FIBER


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