CAD Engineering Services for Every Major Industry

Our engineers provide expert CATIA modeling, migration, and design support for commercial and military aerospace programs, ensuring compatibility with OEM engineering standards.

We recreate aircraft loft data from legacy drawings, scanned surfaces, and historical documentation to restore accurate aerodynamic geometry for modernization and manufacturing.

We convert archived Mylar engineering drawings into intelligent 2D and 3D CAD models, preserving valuable engineering knowledge while supporting modern digital workflows.

Our engineering processes support the documentation, quality, and traceability requirements commonly associated with AS9100-compliant aerospace manufacturing environments.

We help organizations build a digital thread by connecting engineering data across design, manufacturing, inspection, maintenance, and lifecycle management.

We create Model-Based Definition (MBD) datasets that embed dimensions, GD&T, and Product Manufacturing Information directly into 3D CAD models, reducing reliance on traditional drawings.

We develop PMI that captures dimensions, tolerances, materials, notes, and manufacturing instructions within the CAD model to improve downstream engineering and production.

Our reverse engineering services transform physical parts, legacy documentation, and 3D scan data into accurate CAD models for redesign, manufacturing, and product lifecycle support.

We help extend the service life of legacy aircraft by recreating missing engineering data, updating obsolete CAD files, and supporting modernization and sustainment programs.

We develop digital twins that accurately represent physical assets, providing a foundation for maintenance planning, engineering analysis, modernization, and lifecycle management.

We serve as an extension of OEM engineering teams by providing scalable CAD design, migration, documentation, reverse engineering, and product development support.

We help aerospace suppliers meet OEM requirements by creating production-ready CAD models, manufacturing drawings, technical documentation, and engineering data in customer-specified formats.

We provide secure CAD engineering, reverse engineering, and technical documentation services that support military platforms, defense contractors, and government modernization programs.

Our engineering workflows are designed to support projects that require compliance with the International Traffic in Arms Regulations (ITAR) and the secure handling of controlled technical data.

We understand the cybersecurity expectations of defense programs and support customers operating under the Cybersecurity Maturity Model Certification (CMMC) requirements and in secure engineering environments.

We create and update Technical Data Packages (TDPs) for defense programs, including complete engineering drawings, 3D CAD models, specifications, BOMs, and manufacturing documentation.

We help modernize legacy military systems by converting outdated engineering data into accurate digital CAD models that support upgrades, sustainment, and lifecycle extension.

Our reverse engineering services recreate obsolete or unavailable components, enabling continued maintenance and manufacturing when original engineering data is missing.

We support digital engineering initiatives by creating intelligent CAD models, Model-Based Definition (MBD), Product Manufacturing Information (PMI), and digital engineering datasets.

We provide engineering services to federal agencies, prime contractors, and subcontractors, delivering high-quality CAD deliverables that meet government program requirements.

Our engineers support the modernization and sustainment of weapon systems through CAD modeling, engineering documentation, reverse engineering, and technical data development.

We help military depots maintain aging equipment by recreating engineering documentation, developing models of replacement parts, and supporting repair and overhaul activities.

We develop engineering-grade digital twins that improve maintenance planning, configuration management, predictive analysis, and long-term sustainment of defense assets.

We provide professional manufacturing CAD services that support product design, engineering changes, production, tooling, and manufacturing documentation across a wide range of industries.

Our engineers develop accurate 3D machine designs for new equipment, production systems, automation, and custom machinery that improve performance and manufacturability.

We create engineering deliverables that help manufacturers streamline production, reduce errors, improve quality, and accelerate product launches.

We design production, inspection, and assembly fixtures, as well as workholding solutions, to improve manufacturing accuracy, repeatability, and efficiency.

Our tooling design services include molds, dies, jigs, fixtures, and specialized manufacturing tools developed to support efficient, high-quality production.

We apply DFMA principles to simplify designs, reduce manufacturing costs, improve assembly efficiency, and minimize production challenges before fabrication begins.

We reverse-engineer existing parts, machinery, and assemblies into accurate CAD models that support replacement parts, redesigns, documentation, and modernization projects.

We create detailed 3D assembly models that verify fit, function, clearances, motion, and manufacturing requirements before production begins.

We provide CAD support for industrial equipment ranging from factory machinery and automation systems to heavy manufacturing equipment and production assets.

Our manufacturing drawings include fully detailed dimensions, GD&T, tolerances, notes, bills of materials, and production documentation that support accurate fabrication and inspection.

We provide precision medical CAD services that support the design, development, documentation, and manufacturing of medical devices, instruments, and healthcare equipment.

Our engineers create accurate 3D CAD models and engineering documentation for diagnostic equipment, surgical instruments, wearable devices, and other medical products.

We develop engineering documentation that supports FDA-regulated product development, including detailed CAD models, manufacturing drawings, revision control, and technical documentation.

Our SolidWorks engineers design medical components, assemblies, and production-ready models that streamline product development and manufacturing workflows.

We help accelerate prototype development by transforming concepts into accurate CAD models ready for 3D printing, machining, testing, and product validation.

We create complete manufacturing documentation, including engineering drawings, GD&T, bills of materials, assembly instructions, and production specifications.

We develop highly accurate CAD models for orthopedic, spinal, dental, and other implant applications requiring precision engineering and manufacturing support.

We provide CAD engineering services for imaging systems, laboratory equipment, patient care devices, diagnostic instruments, and other complex medical equipment.

We provide professional automotive CAD services for OEMs, suppliers, and manufacturers, supporting vehicle design, engineering, product development, and manufacturing.

We help Tier 1, Tier 2, and Tier 3 suppliers develop production-ready CAD models, engineering drawings, and documentation that meet OEM specifications and quality standards.

Our tooling engineers design molds, dies, fixtures, jigs, and manufacturing tools that improve production efficiency, quality, and repeatability.

We create detailed CAD models for automotive plastic components, including interior, exterior, under-hood, and structural parts designed for manufacturing and assembly.

We develop injection mold designs that optimize manufacturability, reduce cycle times, and support high-volume production of precision plastic components.

Our engineers design and document mechanical components, assemblies, brackets, housings, sheet metal parts, and other vehicle systems for production and aftermarket applications.

We provide Creo modeling, migration, and engineering support for automotive product development, design revisions, and manufacturing documentation.

Our CATIA engineers support complex automotive surfacing, body structures, assemblies, and OEM product development using industry-standard CAD methodologies.

We deliver Siemens NX design, modeling, and manufacturing support for automotive programs requiring advanced CAD, assemblies, tooling, and digital engineering workflows.

We provide CAD engineering services for industrial machinery, production equipment, processing systems, and custom machines used across manufacturing and heavy industry.

We recreate replacement parts from existing components, worn parts, or legacy drawings to help extend equipment life and reduce downtime.

Our engineers modernize obsolete equipment by reverse engineering discontinued components and developing accurate CAD models for continued manufacturing and maintenance.

We support machine rebuild and refurbishment projects by providing updated CAD models, engineering drawings, assemblies, and documentation to improve performance and reliability.

We develop CAD models and engineering documentation for automated production equipment, conveyors, robotic cells, and manufacturing systems that improve productivity and efficiency.

Our CAD engineers support industrial robotics by designing robot cells, end-of-arm tooling, automation components, and integrated mechanical assemblies.

We create engineering-grade digital twins of industrial equipment that improve maintenance planning, asset management, modernization, and long-term operational efficiency.

We create accurate pipeline CAD models, routing layouts, and engineering documentation that support the design, maintenance, expansion, and modernization of oil and gas infrastructure.

Our engineers develop detailed CAD models and manufacturing drawings for pressure vessels, tanks, heat exchangers, and process equipment used in demanding industrial environments.

We provide plant engineering CAD services for refineries, processing facilities, and industrial plants, including equipment layouts, piping systems, and facility documentation.

We create, update, and convert Piping and Instrumentation Diagrams (P&IDs) into accurate digital engineering documentation that improves plant operations and maintenance.

We help modernize aging oil and gas equipment by reverse-engineering legacy assets, recreating CAD models, and updating engineering documentation to ensure continued operation.

We develop comprehensive asset documentation, including 3D CAD models, engineering drawings, bills of materials, and digital records that improve maintenance, compliance, and lifecycle management.

We provide CAD engineering services for power generation facilities, supporting equipment design, plant modernization, maintenance, and engineering documentation.

Our engineers create accurate CAD models and technical documentation for nuclear power facilities, helping support maintenance, equipment upgrades, and long-term asset management.

We support hydroelectric facilities with CAD modeling, reverse engineering, and engineering documentation for turbines, generators, dams, and related infrastructure.

We provide engineering support for wind energy projects, including CAD modeling of turbine components and mechanical systems, as well as manufacturing documentation for renewable energy equipment.

Our CAD services support solar energy projects with engineering documentation, structural component modeling, equipment layouts, and manufacturing-ready designs.

We develop CAD models and engineering documentation for electric utilities, substations, transmission systems, and supporting infrastructure to improve reliability and lifecycle management.

We create and update plant documentation, including 3D CAD models, engineering drawings, P&IDs, equipment layouts, and digital asset records that improve maintenance and operational efficiency.

We provide CAD engineering services for commercial and military shipbuilding projects, supporting vessel design, manufacturing, modernization, and engineering documentation.

Our engineers support naval programs with accurate CAD modeling, reverse engineering, technical documentation, and modernization services for surface vessels and maritime systems.

We develop precise CAD models and engineering documentation for submarine components, assemblies, and support systems used in maintenance, modernization, and manufacturing.

We create detailed CAD models of propulsion systems, shafts, gearboxes, engines, and related mechanical components that improve performance and maintainability.

Our hull modeling services accurately recreate ship and vessel hull geometry for design updates, reverse engineering, hydrodynamic analysis, repairs, and digital modernization.

We provide CAD engineering services for commercial, industrial, and infrastructure projects, supporting design, renovation, facility management, and construction documentation.

We create accurate as-built drawings and 3D CAD models that reflect existing site conditions, providing reliable documentation for renovations, maintenance, and future construction.

Our high-precision laser scanning services capture buildings, facilities, and infrastructure with exceptional accuracy, reducing field measurements and accelerating engineering projects.

We convert point cloud data into intelligent 2D drawings, 3D CAD models, BIM models, and digital engineering deliverables for design and facility management.

We develop BIM models that improve collaboration, planning, construction coordination, facility management, and lifecycle asset documentation.

We organize and update facility engineering documentation, including floor plans, equipment layouts, utility drawings, and engineering records, to support operations and maintenance.

We create engineering-grade digital twins of buildings and facilities that improve asset management, predictive maintenance, renovations, and long-term lifecycle planning.

We provide CAD engineering services that help companies design, develop, and manufacture innovative consumer products from concept through production.

Our engineers develop injection mold designs that optimize manufacturability, improve part quality, reduce cycle times, and support high-volume production.

We create production-ready CAD models for plastic components, consumer goods, housings, enclosures, and assemblies designed for efficient manufacturing and assembly.

We develop CAD models for product packaging, protective packaging, and retail display solutions that improve product protection, functionality, and presentation.

We support every stage of product development by transforming ideas into accurate 3D CAD models, prototypes, engineering drawings, and manufacturing-ready designs.

We create complete manufacturing documentation, including production drawings, bills of materials, GD&T, assembly instructions, and engineering specifications that streamline manufacturing and improve product quality.

Legacy CATIA data, MBD, modernization

ITAR, obsolete parts, digital engineering

Drawings, DFMA, tooling

Supplier CAD compatibility

FDA documentation

Legacy equipment

Large assemblies

Point clouds and BIM

We prepare engineering data for artificial intelligence by creating clean, structured, and validated CAD datasets that support AI, machine learning, digital engineering, and engineering automation.

Our engineers develop high-quality CAD training datasets from 2D drawings, 3D models, assemblies, metadata, and engineering documentation for AI model development.

We identify and classify engineering features, including holes, pockets, bosses, fillets, threads, and sheet-metal features, to improve AI recognition and design automation.

We extract and organize Product Manufacturing Information (PMI), including GD&T, tolerances, materials, notes, and annotations, into structured digital datasets.

We support digital engineering initiatives by transforming legacy engineering information into intelligent digital assets that improve collaboration and lifecycle management.

We create customized AI datasets for engineering applications by organizing CAD geometry, metadata, assemblies, revisions, and manufacturing information into machine-readable formats.

We enrich CAD files with engineering metadata, including materials, part numbers, revisions, classifications, manufacturing attributes, and PLM information to improve data quality and AI usability.

We help organizations prepare engineering documentation and CAD-related knowledge that can be indexed and utilized by large language models and AI-powered engineering assistants.

Our structured engineering datasets enable machine learning applications including CAD feature recognition, design classification, engineering search, predictive analytics, and intelligent automation.

We organize engineering relationships between parts, assemblies, specifications, revisions, suppliers, and manufacturing data to build engineering knowledge graphs that improve AI reasoning and enterprise search.

We prepare engineering data for PLM systems by organizing CAD files, metadata, revisions, BOMs, and engineering documentation into consistent, searchable digital repositories.

We help establish a digital thread by connecting engineering data from design and manufacturing through inspection, maintenance, and lifecycle management to improve traceability and decision-making.