Engineering DFM / Analysis

We provide engineering analysis for your design, applying scientific analytic principles and processes to uncover the properties and state of your system, device, or mechanism under study.

  • Design For Manufacturing with draft and thickness analysis

  • Part expectancy with Fatigue and Finite Element Analysis

  • Ask about our access to Mold Flow Analysis for injection molding

Designed alternator housing for metal casting production. Design for manufacturing was performed, analyzed and implemented part thickness, undercuts, and draft angles.

alternator body
alternator body
alternator thickness analysis
alternator undercut analysis
alternator draft angles analysis
medical plunger

Custom plunger to meet specific crush requirements, suitable for injection molding.

medical plunger

Thickness and draft analysis on check valve plunger case.

Thickness and draft analysis on check valve plunger case.
Thickness and draft analysis on check valve plunger case.
Thickness and draft analysis on check valve plunger case.
Thickness and draft analysis on check valve plunger case.

Deviation analysis on critical spacer edge for assembly and draft pull analysis.

Deviation analysis on critical spacer edge for assembly and draft pull analysis.
Deviation analysis on critical spacer edge for assembly and draft pull analysis.
Deviation analysis on critical spacer edge for assembly and draft pull analysis.

Thickness analysis on both filter arm and main bottom filter housing body. For injection molding.

Thickness analysis on both filter arm and main bottom filter housing body. For injection molding.
Thickness analysis on both filter arm and main bottom filter housing body. For injection molding.

Modeled the mixed flow compressor then performed thickness analysis on blades.

Modeled the mixed flow compressor then performed thickness analysis on blades.
Modeled the mixed flow compressor then performed thickness analysis on blades.
DFMs performed by SCD for injection molding. Parting line was established within parts, and modeled drafted angles on part in either direction at a 0.05 deg angle.

Conducted Design for Manufacturability (DFM) assessments for injection molding. Established parting lines within components and modeled draft angles in both directions at a precise 0.5-degree angle.

DFMs performed by SCD for injection molding. Parting line was established within parts, and modeled drafted angles on part in either direction at a 0.05 deg angle.
DFMs performed by SCD for injection molding. Parting line was established within parts, and modeled drafted angles on part in either direction at a 0.05 deg angle.
DFMs performed by SCD for injection molding. Parting line was established within parts, and modeled drafted angles on part in either direction at a 0.05 deg angle.
Previous

3D Printing