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Engineer airflow around the complete OEM system
Revcor evaluates the complete OEM system and the conditions that shape airflow performance, then helps your team choose the right path: evaluate existing performance, configure a proven impeller or assembly platform, or design a new solution for production.
Where should your project start?
Evaluate, Configure, and Design provide three entry points into Revcor’s engineering process. The right fit depends on what already exists, which requirements are defined, and what your product needs to achieve.
Evaluate
Choose this path when you want to verify the performance of your product or if your product falls short of its airflow target and the cause is unclear.
What You Need To Start
A representative unit that Revcor can test along with available performance targets, operating conditions, and product information.
What Revcor Does
We test your product to establish current performance, identify what (if anything) is limiting results, and determine the most effective path to improvement.
What You Receive
Test results, findings, and clear recommendations for improving airflow performance.
Configure
Choose this path when your product has defined airflow, packaging, acoustic, efficiency, or operating requirements and you want the fastest path to a production-ready solution.
What You Need To Start
A product concept, design, prototype, or testable unit, along with available performance targets, packaging constraints, and operating conditions.
What Revcor Does
We evaluate your requirements and determine whether an existing impeller or airflow platform can be configured for the application. When it can, we optimize the geometry, materials, motor requirements, and complementary airflow components, then validate performance in your product.
What You Receive
A validated, application-specific impeller or airflow assembly ready to integrate into your product and transition to production.
Design
Choose this path when your product presents unusually demanding airflow, packaging, acoustic, efficiency, or integration challenges and requires a more extensive development effort.
What You Need To Start
A product concept, design, or prototype, along with its performance objectives, operating conditions, available space, integration requirements, program timing, and competitive goals.
What Revcor Does
Revcor evaluates the application, determines the performance the airflow system must achieve, and develops new impeller geometry or an airflow assembly when existing approaches cannot meet the requirements. Revcor then prototypes and validates the solution in your product.
What You Receive
A new, validated impeller or airflow assembly developed for your product and prepared for production.
One disciplined process, applied to each project path.
Once the starting point is clear, Revcor defines the target, develops and validates the solution, then delivers the final parts, assembly, or test results.
Define the Performance Target
Establish airflow, pressure, acoustic, motor, packaging, cost, sourcing, and validation requirements before technical choices narrow the available options.
Working Output
A defined airflow system performance target and agreed project path.
Build and Prove the Solution
Evaluate, configure, or design the solution, then verify performance across the operating range in your product or an agreed test environment.
Working Output
Measured performance against the requirements established in Define.
Carry Performance into Production
Prepare the validated Revcor impeller or airflow solution for repeatable production by aligning tooling, materials, tolerances, interfaces, and quality controls. Evaluation-only projects conclude with the findings and recommended path.
Working Output
A production-ready Revcor impeller or airflow solution, or complete evaluation findings when analysis is the agreed scope.
Verify performance before production decisions are fixed.
Revcor tests the airflow solution against the defined requirements, across the operating range and under system conditions that affect real performance.
The validation plan is set during Define, then adapted to your product and selected project path.
Airflow
We confirm airflow volume and performance across the operating points that matter for your application, so the assembly meets targets under real conditions, not just at a single rated point.
Pressure
We measure how system resistance affects the selected solution, identifying where static pressure losses erode performance and what design changes recover it.
Acoustics
Evaluate airflow-generated sound against your product’s requirements.
Structural
Verify durability and behavior under expected loads and speeds.
Motor Requirements
Simulate motor performance and define the specifications required to achieve the validated operating point.
From measured constraints to production hardware.
A look at the measurable improvements and manufacturable solutions produced by our system-level airflow engineering.
Bring airflow into the conversation while options are still open.
Early involvement creates more room to optimize the airflow system. Revcor can also enter later when your existing product has a specific performance concern.
Airflow requirements are being established.
Packaging or motor decisions are still flexible.
Your product is missing its target.
A new program needs an impeller or assembly.
Start with the system, not a part number
Share the application, operating point, packaging constraints, and the decision your team needs to make. Revcor will help identify the most useful next step.
How the Paths Work
What is the difference between Evaluate, Configure, and Design?
Evaluate identifies performance constraints in your product. Configure creates an application-specific solution from a proven, pre-tooled Revcor impeller platform. Design creates new Revcor geometry when existing platforms cannot meet the requirements.
Does every project begin with an evaluation?
Can Revcor test the complete OEM product?
Revcor can validate performance in a testable version of your product or a representative unit, depending on the application, product size, and agreed validation plan.
What performance does Revcor validate?
The validation plan may cover airflow, pressure, acoustics, structural performance, motor requirements, and performance across key operating points. The exact plan is defined around your product and program.
What does Revcor deliver at the end of a project?
Configure and Design projects typically deliver a validated, production-ready Revcor impeller or airflow solution. Depending on the application, Revcor may provide a completed assembly or the specifications needed to integrate or source complementary components. A focused Evaluate project may conclude with findings, performance data, and a recommended path.
When should an OEM involve Revcor?
The best time is before packaging, motor, tooling, and certification decisions restrict the available options. Revcor can also evaluate existing products when airflow, sound, efficiency, or motor sizing needs improvement.