00Integrated Engineering
Integrated engineering: from digital model to validated part.
Integrated Design and Integrated Validation in a single workflow — designs that are optimized, simulated, validated and ready for smart manufacturing.
01Integrated Design
An ecosystem that connects CAD, CAE and CAM.
Integrated Design connects every stage of product development in a single, collaborative workflow. From virtual concept to physical prototype, every decision is validated against efficiency, cost and performance.
This integration accelerates innovation and secures quality from the concept: an optimized design is a competitive advantage that cuts cost and lead time, mitigates risk and ensures an excellent final product.
Not just a design: the complete conception of a reliable, durable product that makes economic sense for the market.
- CAD
Design
High-precision 2D and 3D digital models. This is where the concept takes shape in the virtual environment.
- CAE
Simulation
Product performance is tested under different conditions, without the need for physical prototypes.
- CAM
Manufacturing
3D models are translated into precise machine instructions, such as for CNC milling machines.
Know-how in industry-leading platforms
- CAD, PLM and ALM Expertise in the leading software on the market for design and product lifecycle management
- CAE Leading simulation software on the market, with precise analysis across engineering disciplines
02How we work
Three stages, results-oriented
An approach that integrates tangible products and intangible services for efficient, validated, results-oriented development.
-
Concept
Product-oriented: requirements, production economics and technical feasibility aligned from the start.
-
Technology
Use-oriented: materials, processes and technologies chosen for real-world use and validated in simulation.
-
Solution
Result-oriented: an optimized, validated and documented product, ready to prototype and produce.
03Integrated Validation
Precision that builds confidence.
Complete tests, analyses and validations — virtual and physical — run by specialists to ensure performance, compliance and safety before production.
- V.1
Virtual validation
CAE simulations assess product behavior under different conditions and guide adjustments before any physical investment.
- V.2
Physical testing
Dimensional, functional and strength tests verify that the prototype matches the planned product.
- V.3
Metrology
CMM measurement and 3D scanning compared against CAD confirm that complex parts are within the required tolerance.
- V.4
Evidence to decide
Consolidated technical reports and recommendations to approve, adjust or move into production.
04Quality engineering methods
Quality engineering applied at every step — from design to delivery.
- DFMAA Design for Manufacturing, Assembly and Automation
Integrates product engineering and production processes to simplify manufacturing and assembly, cutting costs and lead time while raising industrial efficiency.
- QFD Quality Function Deployment
Translates customer needs into design and production requirements, keeping the voice of the customer present in every phase of development.
- FMEA Failure Modes and Effects Analysis
A preventive tool that analyzes potential failure modes in products and processes, their effects and causes, so action is taken before problems occur.
- DOE Design of Experiments
Statistical planning and analysis of experiments to identify critical process and product factors and optimize variables at lower cost and time.
- Six Sigma Six Sigma
Focused on reducing variability and eliminating defects with data and statistics, raising quality, efficiency and reliability of results.
- DMAIC Define · Measure · Analyze · Improve · Control
The Six Sigma continuous-improvement cycle that structures process evolution, eliminating waste and ensuring consistent delivery.
- PPAP Production Part Approval Process
Complete process documentation — flowchart, APQP and FMEA — for production part approval in regulated sectors such as automotive.
- 8D Eight Disciplines method
Structured handling of deviations: identifies the root cause, corrects, prevents and documents it so the problem does not happen again.
05Benefits
Why it matters for your industry
-
Lower cost and lead time
Simulating and optimizing virtually reduces physical prototypes and saves time.
-
Strategic optimization
Higher product quality and integrity, with lower environmental impact.
-
Problems anticipated
Concept and manufacturing deviations found before they become hard to fix.
-
Focus and efficiency
Your team focuses on the customer while Admatek handles project complexity.
06The Admatek advantage
An end-to-end solution, from design to final product.
As part of the OMC GROUP ecosystem, Admatek combines digital engineering expertise with smart manufacturing and advanced prototyping capabilities. The result is a unified workflow that optimizes every step from initial design to final product.
Have a project in mind?
Tell us what you need to develop or produce. An Admatek specialist will review your case and get back to you with the next steps.
Prefer to talk now? +55 19 3778-9610