Learn from existing products. Capture critical design details, understand performance differences and turn physical products into actionable engineering insight.
Benedes Engineering supports benchmarking and reverse engineering through dimensional assessment, CAD reconstruction, design comparison and simulation-led evaluation—helping product teams make informed decisions for improvement and development.
Benchmarking and reverse engineering help engineering teams understand how an existing product is designed, assembled and performs. By studying a physical part or product, teams can document geometry, compare features, reconstruct CAD models and identify opportunities for product improvement.
Benedes Engineering brings together CAD expertise and simulation capabilities to support a practical, evidence-led workflow. Whether you need to recreate legacy geometry, compare competing design features or develop a digital model for further engineering, the scope is tailored to your objectives and the data available.
Choose individual services or combine them into a structured workflow based on your product, available reference data and engineering goals.
Compare selected products or components against agreed criteria such as dimensions, construction, interfaces, materials, functional features and available performance data.
Discuss benchmarking →
Build editable 3D CAD geometry from supplied physical parts, drawings, measurement data or scan meshes, subject to access, complexity and data quality.
Discuss CAD reconstruction →
Document key dimensions, interfaces, clearances and geometric features from available measurements or supplied inspection data to support fit and design understanding.
Discuss dimensional evaluation →
Use customer-supplied scan data or mesh files as a reference for surface reconstruction, feature extraction and CAD development. Scan acquisition can be discussed as a project-specific requirement.
Discuss scan-to-CAD →
Study part relationships, assembly interfaces, mating features and component layouts to help document legacy equipment or support redesign and replacement-part development.
Discuss assembly modelling →
Where the required inputs are available, use FEA, CFD or thermal simulation to compare selected performance indicators and explore design changes under defined conditions.
Discuss CAE evaluation →We agree the target, available inputs and expected outputs at the beginning so that the work remains focused on your engineering need.
Confirm the objective, target components, comparison criteria and deliverables.
Review the part, drawings, measurements, scans and other available references.
Create geometry, features, assemblies or comparison data within the agreed scope.
Check dimensions and compare agreed design or performance parameters.
Provide agreed CAD files, comparison findings and supporting documentation.
Benchmarking and reverse engineering can support a range of product development, maintenance and improvement activities.
Pumps, Valves & Compressors
Industrial Equipment & Machinery
Automotive & Transportation
Aerospace & Precision Components
Oil & Gas / Process Equipment
Energy & Power Systems
Tooling, Fixtures & Spare Parts
General Product DevelopmentReverse engineering is most valuable when the resulting digital information can be reused. Depending on the agreed scope, we can prepare editable CAD models, neutral-format geometry, assembly layouts and supporting engineering documentation for further design, manufacturing planning or CAE assessment.
Benedes is a Siemens-authorized Value-Added Channel Partner and supports relevant design and simulation software workflows, including product design, analysis, implementation, training and technical support.
Talk to Our Engineering Team →Deliverables are selected to suit your downstream workflow and agreed requirements.
Exact file formats and level of detail depend on the source data, CAD platform, geometry complexity and project agreement.
We agree the level of detail and file formats before starting the work.
Agreed 3D part models, assembly models or neutral-format files based on the available reference information.
Structured comparison of agreed design, dimension or performance criteria using available evidence.
Relevant drawings, feature notes, assumptions and technical observations, where included in scope.
Engineering observations to inform redesign, replacement-part development or additional validation.
Reverse-engineered geometry and benchmarking conclusions are limited by the accuracy and completeness of the reference part, measurement or scan data. Critical dimensions and product performance should be independently verified where required.
We focus on useful digital information and practical engineering outcomes—not geometry alone.
Consider how components fit, interface and operate before deciding how to model or compare them.
Develop models and files intended to support downstream design work within the agreed scope.
Connect geometry reconstruction with further engineering evaluation where the data supports it.
Agree source inputs, expected accuracy, deliverables and limitations at the outset.
Learn more about product benchmarking and reverse engineering services.
Product benchmarking is a structured comparison of selected products or components against defined criteria. Depending on the information available, the comparison may cover dimensions, design features, materials, assembly interfaces, functionality or measured performance.
Reverse engineering is the process of studying an existing physical product or available technical data to understand its geometry and structure, then recreating a digital representation or documenting selected design characteristics.
We can assess projects using physical components, drawings, measurements or scan data. Feasibility, achievable detail and accuracy depend on component accessibility, complexity, surface condition, measurement quality and the agreed scope.
Not necessarily. Available drawings, measurements, physical parts or scan meshes can be reviewed to determine a suitable approach. If scanning is required, the acquisition method and responsibility should be agreed before the project begins.
We can discuss a comparison based on lawfully obtained samples and information, using criteria agreed with you. The scope should respect applicable intellectual-property rights, confidentiality obligations and restrictions on access or use of proprietary information.
A reconstructed model may support replacement-part development, subject to verification of critical dimensions, material, tolerances, fit, function and manufacturing requirements. Additional inspection, testing or engineering validation may be necessary before production use.
Depending on the software environment and project scope, deliverables may include native CAD files, STEP or IGES geometry, drawings, assembly models and a technical report. Required formats should be confirmed before work starts.
Pricing and lead time depend on component size and complexity, the number of parts, source-data quality, required modelling detail, measurement needs, comparison criteria and deliverables. Share a brief description and reference information for an initial review.
Tell us about your component, available drawings or scan data, and what you need to learn or develop. We'll review the requirements and discuss a practical project scope.