https://www.innovavisionsolutions.com/home daily 1.0 2026-04-10 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/ead588a8-2897-4317-8fdd-a78216f33046/Wind+Turbine+Links+2.png https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/28b9dad6-f283-455f-bb98-a3be31aeba80/Inudstrial+Potrfolio+InvWebsite+PHOTOS.jpg https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/2c5b5a96-b9c3-40c4-b059-c2b6393044e7/ptototypeswebsitepng.png https://www.innovavisionsolutions.com/our-services daily 0.75 2026-04-10 https://www.innovavisionsolutions.com/our-story daily 0.75 2026-04-10 https://www.innovavisionsolutions.com/contact-us daily 0.75 2026-04-10 https://www.innovavisionsolutions.com/our-services-1 daily 0.75 2026-04-09 https://www.innovavisionsolutions.com/portfolio-1 daily 0.75 2026-10-05 https://www.innovavisionsolutions.com/portfolio-1/industrial-pump-case monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/9561b7ee-39d5-4504-83e9-d874ead1b549/Practice_Pump_Case_2025-Mar-06_03-41-35AM-000_CustomizedView50317759463_png.png Portfolio - Industrial Pump Case The client supplied an existing STEP model derived from scan data. Minor geometry corrections and refinements were made to improve the model before developing documentation and prototypes. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/7e01f4bd-d796-4333-b33c-2fd4ec6b68bd/PhotoAAAA.JPG Portfolio - Industrial Pump Case Engineering drawings were developed to match the client’s requested view arrangement and dimensioning convention. Selected dimensions and features were refined from the supplied model to better reflect the intended geometry. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/29f27cfd-ff9b-4952-8103-2d4dbfb72c16/IMG_1695.jpeg Portfolio - Industrial Pump Case A reduced-scale 3D printed prototype was produced from the refined model for use as a portable marketing and demonstration aid. https://www.innovavisionsolutions.com/portfolio-1/closed-impeller-design monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/30ac3fef-084e-46fa-aaa4-9305747e385c/1.png Portfolio - Closed Impeller Design Parametric 3D reconstruction of a closed centrifugal pump impeller based on legacy dimensional information and reference measurements. The model captures the hub, shrouds, internal vane geometry, and key functional interfaces for downstream documentation and analysis. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/34281b32-8970-495f-a0d2-a2368e00e6cc/2.png Portfolio - Closed Impeller Design Detailed engineering drawing defining critical interfaces, datum references, dimensional tolerances, and geometric controls. Functional features were prioritized to communicate shaft alignment, mating surfaces, and rotational requirements without over-constraining the part. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/9b30a34b-7b6b-4308-ab94-062060c7b8a9/3.png Portfolio - Closed Impeller Design Section views and reference dimensions document the impeller’s internal vane, shroud, and fillet geometry. Complex undimensioned surfaces are controlled through the associated 3D CAD model, allowing the drawing to focus on functional and manufacturing-critical requirements. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/f06d2e3e-3b6f-48e5-b362-89017f3b5cba/4.png Portfolio - Closed Impeller Design Preliminary CFD study used to visualize flow behavior and velocity distribution through the reconstructed impeller geometry. Note: For this project, the simulation was performed as an exploratory engineering exercise to evaluate the model and develop the analysis workflow, rather than as formal performance validation. https://www.innovavisionsolutions.com/portfolio-1/project-six-6f87e-z3flx monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/fbea42a3-729e-4e5e-a0f0-98092cad9233/Dr._Luka_Microneedle_Patch_Render_v2_2025-Mar-05_11-13-48PM-000_CustomizedView2862561295_png.png Portfolio - Microneedle Array Mold Design Parametric microneedle master and negative mold geometry developed for repeatable soft-lithography fabrication. The design supports rapid iteration of needle spacing, dimensions, and array size. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/e11918e4-9820-4f50-b288-16e32fa9ba1d/10.jpg Portfolio - Microneedle Array Mold Design Proposed manufacturing workflow from SLA-printed positive template to polymer negative mold and batch production of hydrogel microneedle patches. The process was designed around low-cost, repeatable fabrication. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/308dc9b3-c771-464b-abb3-79358a5213ba/9.jpg Portfolio - Microneedle Array Mold Design Mold geometry incorporated draft, filleted needle bases, and controlled feature dimensions to improve demolding and reduce hydrogel damage. The parametric model allows key dimensions to be adjusted for different applications. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/7a786b73-d8bf-4318-a38a-fbacbaefb7f9/Render_MicroNeedlesPatchonPetriDishwithMold.png Portfolio - Microneedle Array Mold Design Concept visualization showing the compact scale of the finished microneedle patch relative to the reusable casting mold. The approach was intended to support economical production of repeatable test batches. https://www.innovavisionsolutions.com/portfolio-1/reverse-engineered-vertical-turbine-pump-components monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/58cd320d-5e1c-416a-8ab7-695e0cb6930d/5.jpg Portfolio - Reverse Engineered Vertical Turbine Pump Components Selected wear and retention components were reverse engineered from existing hardware to support replacement and refurbishment of a vertical turbine pump assembly. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/0e9aa704-f780-46b2-b5c0-24b8e27af5d1/locknut_gtz_learning_piece_v11_2025-Mar-13_05-37-13AM-000_CustomizedView69505892_png.png Portfolio - Reverse Engineered Vertical Turbine Pump Components CAD reconstruction captured the functional geometry of a locknut. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/32071f2b-471c-43cf-b496-64eb0a1c21ce/GOULDSWEARRINGDWGPIC.jpg Portfolio - Reverse Engineered Vertical Turbine Pump Components Representative production drawing showing the dimensional and GD&T documentation developed from the reverse-engineered model. Detailed drawings of additional components are intentionally withheld to protect client deliverables and proprietary geometry. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/fe150230-e26f-42b0-a404-a1c89a4e0428/20240611_115537.jpg Portfolio - Reverse Engineered Vertical Turbine Pump Components Reverse-engineered components were reviewed alongside experienced pump and refurbishing experts to verify critical geometry, fit, and functional relationships before documentation was finalized. https://www.innovavisionsolutions.com/portfolio-1/closed-impeller-design-ndpap monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/8aea7c6f-a255-4a12-9bae-8691324ca18a/All+3+linkz.png Portfolio - Wind Turbine Links Updated CAD models were developed from worn OEM linkage components to recover the intended geometry and support replacement-part fabrication. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/6f410969-aa1e-46ab-b644-391404adf669/DOUBLE+SHORT+LINK.jpeg Portfolio - Wind Turbine Links Original field components showed substantial corrosion, wear, and surface degradation, requiring engineering judgment to distinguish service damage from the intended design geometry. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/8d86a011-d28d-47e0-bd35-4df48d714ef9/SIDE+VIEW.jpg Portfolio - Wind Turbine Links Side-profile inspection helped define the forked linkage geometry, thickness, spacing, and transition features needed to reconstruct a functional replacement component. https://www.innovavisionsolutions.com/portfolio-1/closed-impeller-design-ndpap-t93an monthly 0.5 2026-10-05 https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/b8087ebc-d918-4776-b5c1-b1d068806794/CH%26CHS+Assembly+Exploded.png Portfolio - Crosshead & Crosshead Shoe – Dimensional Analysis and Prototype Validation Exploded CAD view of the crosshead and shoe assembly used for dimensional verification. Critical rail, guide, and mating features were evaluated for fit, alignment, and functional clearance. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/59355f44-6841-4a00-8808-189eab9e31cc/1.png Portfolio - Crosshead & Crosshead Shoe – Dimensional Analysis and Prototype Validation Dimensional review identified multiple geometric discrepancies in the shoe model, including rail-depth asymmetry and an interference condition that could prevent proper assembly and sliding motion. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/666bb1c2-f694-492b-ab28-5c495de0f0ec/2.png Portfolio - Crosshead & Crosshead Shoe – Dimensional Analysis and Prototype Validation Detailed comparison of corresponding rail features confirmed true geometric asymmetry rather than simple model misalignment. Measurement differences of approximately 0.20–0.49 mm indicated inconsistencies that could affect fit and wear. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/cb894efb-e74c-4e7f-874d-f8588c974e0c/3.png Portfolio - Crosshead & Crosshead Shoe – Dimensional Analysis and Prototype Validation The analysis was translated into corrective recommendations, including verification of model origin, physical inspection where applicable, and geometry revision prior to prototyping or production. https://images.squarespace-cdn.com/content/v1/6679e18200574806ed4524a4/58a0d1ab-c408-4aac-91e1-5c184917ba52/4.png Portfolio - Crosshead & Crosshead Shoe – Dimensional Analysis and Prototype Validation A 1:5 scale prototype physically confirmed the predicted rail-to-guide interference. The inability of the parts to seat freely supported the dimensional findings and demonstrated the need for design revision before manufacture.