Why Choose AET80

Three Scenarios, One Partner

AET80 is the ideal partner for companies developing complex electronic products and needing to transform a prototype into reliable production, without errors or delays.
It is the right choice for those who have previously experienced difficulties with suppliers and are looking for concrete technical support, capable of going beyond simple execution.

The integration of mechanics and electronics is no longer an optional choice, but an inseparable technical requirement: electronics are not simply “added” to mechanics, but merge with them to create complex mechatronic products.

When mechanical and electronic design are divided between two distinct suppliers, systematic critical issues arise related to contact and integration points.

In the event of a malfunction, each supplier tends to blame the other (e.g., mechanics accuse electronic hardware of generating too much heat, while electronics accuse the mechanical structure of poor heat dissipation).
The end customer finds themselves in the middle, acting as an arbiter, without a quick solution.

Electronic boards (PCBs), connectors, cable routing, and sensors risk not fitting perfectly into the allocated mechanical spaces. Late modifications to dimensions or volumes lead to costly redesigns for both parties.

If the mechanical designer does not know the distribution of high-power components in detail, or if the electronics engineer ignores the mechanical stresses on the chassis, the product risks premature failures due to overheating or structural collapse.

The information flow between two external companies is inevitably slower than within an integrated team. Small design changes require continuous alignment, CAD file exchanges, and revisions that significantly extend development times.

The time spent by your technical office coordinating two suppliers, mediating decisions, and verifying file alignment constitutes a hidden but significant cost.

Neither supplier has the vision or the tools to test the mechatronic system in its entirety before delivery. The first true “integrated test” often occurs at the customer’s expense and risk during final assembly.

Entrusting AET80 means transforming a technological integration need into a competitive advantage, eliminating the risks of fragmentation and obtaining a finished, tested, and market-ready mechatronic product.

Even when a client already has a complete design (both mechanical and electronic), the transition from the prototype/preliminary design phase to series production (industrialisation) represents the most critical moment.

Entrusting AET80 with the industrialisation of a mechatronic product guarantees fundamental strategic and operational advantages.

AET80 simultaneously analyses both the electronic and mechanical parts. This allows for the identification of assembly criticalities or component availability issues that those who designed the two parts separately might have overlooked.

Resolution of any tolerance conflicts, wiring dimensions directly during the process engineering phase, avoiding costly modifications once production has already started.

Direct interface for the customer’s purchasing and quality departments, reducing coordination times and bureaucratic complexity.

AET80 does not just test the board or the mechanical part, but develops functional test benches capable of testing the entire assembled mechatronic system (hardware + firmware + mechanics).

The customer receives a fully validated, tested mechatronic module or product, ready for sale or direct installation on their final line.

Thanks to a deep knowledge of the electronics market and mechanical processing, AET80 is able to propose equivalent components or alternative constructive solutions to reduce the overall product cost (Cost Reduction) and prevent problems of obsolescence or unavailability.

AET80 is equipped to manage both the sampling/pre-series phase and the ramp-up towards higher production volumes, minimising transition times (Time-to-Market).

Definition of optimised assembly lines and instructions to reduce waste and ensure qualitative repeatability across large batches.

When the design already exists, AET80 acts as an accelerator and guarantor of industrialisation, transforming a technical drawing into a finished mechatronic product, engineered for mass production, optimised in cost, and guaranteed in quality through integrated testing.

Managing a mass production phase requires a highly flexible supply chain. When a main supplier is struggling or no longer meets the customer’s needs (volume scale-up, quality standards, cost sustainability, or adherence to deadlines), transitioning to an alternative becomes an urgent necessity.

AET80 intervenes alongside the client to protect deliveries and eliminate operational risks through tailored solutions.

Rapid assessment, analysis of technical gaps, and immediate removal of bottlenecks.

Scouting for qualified partners and multi-sourcing strategies to support ramp-up and avoid dependence on a single supplier.

Re-engineering and identification of the ideal production process to ensure the best quality/price ratio.

Immediate corrective actions (Safety Stock, Consignment Stock, scheduled orders, and alternative suppliers) to eliminate waiting times.

Should problems arise with the existing supply chain, AET80 positions itself as a unique strategic partner, capable of providing 360° support to resolve every critical issue and respond promptly to all supply needs.