Los Angeles, United States
Work location
3 Phase Product Project: Scan /Reverse Engineering Small Product, build and modify CADs and 3D print prototype w/ iteration Ended
About the job
PHASE 1
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?... read more
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?... read more
PHASE 1
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?
- Your working process?
Ideally we can work with the same person do all three phases but we are open to split it up based on capability! read less
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?
- Your working process?
Ideally we can work with the same person do all three phases but we are open to split it up based on capability! read less
PHASE 1
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of... read more
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of... read more
PHASE 1
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?
- Your working process?
Ideally we can work with the same person do all three phases but we are open to split it up based on capability! read less
We need help reverse engineering our 'long' press-on nail / fake nail product in 3 shapes (almond, square, oval) , which comes in sets of 15, to ~0.01mm precision (please send me the make/model of your scanner).. I've attached photos of the nails for review. The thickest portion is 0.6 mm and the thinest is 0.25. There are curves and tapers we want to capture in detail.
Scan 3 sets of 15 press on nails / reverse engineer and turn in to CADs (tree preserved) to they can (1) be sent to the manufacturer and (2) be printed as testable prototypes
Deliverables:
- 3-45 Scan files
- 45 STEP AP242 files
PHASE 2
In Phase 1 we created scans of 3 sets of our 'long' nails (almond, square and oval). In phase 2 we use those scans to create CADs and algorithmically build 'medium' and 'short' sets of nails for each shape (9 total sets of 15 - i.e. S/M/L in almond, square, oval)
Deliverables:
- 90 additional STEP AP242 files
- FEA stress reports for shortest variants
PHASE 3
Once we have all 9 sets of nails digitized, we need to prototype them (such as with a 3D printer) to make sure they are what we're looking for, iterating as necessary.
Deliverables:
- 135 physical prototypes: 3 shapes (almond, squal, oval) x 3 sets (short, medium, long) of 15
Our end goal is to lock the CADs and send them to our manufacturer so they can built the molds.
Can you share:
- Example of scaled micro-components with validation reports?
- Your working process?
Ideally we can work with the same person do all three phases but we are open to split it up based on capability! read less
Things to know
Intermediate
Skill Level
Open budget
Fixed-rate
Part-time
Job type
1-3 months
Job duration
Areas of expertise
3D CAD Design
3D CAD Drafting
3D CAD Modeling
3D CAD Parts & Assemblies
3D CAD Rendering
3D CAD Simulations
3D Modeling
3D Printing
3D Prototyping
3D Scanning
CAD Design
CAD Design and Drafting
CAD Modeling
CAD Rendering
CAD Technical Drafting
Product Prototyping
Prototyping
Reverse Engineering
+15 more
Job categories
3D Modeling
Reverse Engineering
3D Scan to CAD Service
3D Printing Design
Prototype Design Services
+2 more
About the client
Payment ready
United States (03:32 pm)
Posted
Active
Job activity
13 Applicants
4 interviews in progress
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