À propos
The part includes a linear refractive dielectric wedge and a datum-controlled sensor socket. Accuracy and adherence to specification are mandatory.
Scope
• Create a single solid CAD part
• Linear planar wedge with explicit center thickness
• Named RF datum plane controlling optical geometry
• Precision rear socket with tight tolerances
Key Requirements
• Parametric CAD (SolidWorks, Creo, Fusion 360, or NX)
• Datum-driven modeling experience
• Comfortable working to ±0.05 mm tolerance
• Section-based geometry verification
Deliverables
1. STEP (.step) file suitable for SLA printing
2. Dimensioned 2D drawing (PDF) with section views
3. Confirmation screenshots showing:
• Thin / center / thick wedge thicknesses
• Datum plane reference
Not a Fit If
• You rely on slicers to "fix" geometry
• You do cosmetic or mesh-only modeling
• You cannot explicitly dimension the center thickness
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Key Dimensions (Summary)
• Outer Diameter: 44.5 mm
• Wedge thickness:
• Thin edge: 1.42 mm
• Center: 2.84 mm (critical)
• Thick edge: 4.26 mm
• Socket depth: 5.5 mm
• Socket tolerance: ±0.05 mm
Full spec and checklist will be provided after NDA.
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Engagement Type
• Fixed-price preferred
• Expected effort: 4–8 hours
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Budget Guidance
$100–250 USD depending on experience
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Screening Questions (Required)
1. How would you lock a linear wedge thickness to a fixed datum plane?
2. How would you verify that the center thickness is exactly 2.84 mm?
3. Which CAD software will you use?
(Answers must reference planes, dimensions, and sections.)
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IP & Confidentiality
This project involves proprietary technology. A simple NDA may be required before file transfer.
Contract duration of 1 to 3 months.
Mandatory skills: MECHanical engineering and CAD operator
Compétences linguistiques
- English
Avis aux utilisateurs
Cette offre provient d’une plateforme partenaire de TieTalent. Cliquez sur « Postuler maintenant » pour soumettre votre candidature directement sur leur site.