Practical knowledge of materials
We know how a given material will behave during bending, welding, or powder coating under specific conditions.
Production-oriented design.
We combine the expertise of a design office with hands-on manufacturing experience. We design new products and optimize existing documentation so that your product is more cost-effective, consistent, and ready for implementation without any revisions.
We design with manufacturing in mind.
What sets LEANN apart from typical design firms is our direct connection between engineering and the production floor. Our design office is located “just a few feet from the machines,” which gives us advantages that theorists don’t have. We eliminate design errors before they reach production. This is a promise that customers are willing to pay for, because it saves them stress and money down the line.
Technology tailored to the material and requirements.
Cost optimization “in our DNA”
If changing the bending radius by 2 mm will allow us to avoid costly tooling, we will suggest that option right from the start.
Real-time verification
We quickly test the design concept on our machines, which reduces the testing phase to a minimum.
Kompleksowa odpowiedzialność
We guarantee that the part we have designed can be mass-produced without any surprises.
We can start working with you at any stage.
We tailor the scope of our involvement to the current stage of the project – regardless of how far you are from the finished product.
You have the documentation ready
We review the files provided to ensure they are optimized for both technology and cost. We identify opportunities for cost savings in the manufacturing process and adapt the design to meet the requirements of mass production.
You just have a problem or a need.
Our team will develop a concept from scratch based on your guidelines. We’ll guide you through the process, from the initial idea to the prototype and all the way to the final product.
Implementation path
01. Analysis
A briefing, a document review, or the definition of project requirements.
02. Concept
Development of specifications, selection of technology, and preliminary cost estimate.
03. Project
CAD modeling, creation of technical drawings and documentation.
04. Implementation
Prototype construction, testing, and transition to mass production.
Engineering that boosts your competitiveness.
Increasing the margin
A more cost-effective production process means a lower price for your product on the market.
Repeatability
We design our products so that every single unit is identical—from 1 to 10,000.
Reducing Time-to-Market
An integrated “design-to-manufacturing” process under one roof accelerates time-to-market.
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