Turnkey product development for medical devices
ALEVA develops complete ultrasound and medical imaging products for OEM partners — taking a concept through industrial design, electronics, system architecture, FPGA beamforming and imaging software to a validated, manufacturable design.
We are the engineering team behind other companies' products.Every product we help build ends up in someone’s hands — at someone’s bedside.
Full-stack engineering, under one roof
Every discipline needed to build a modern ultrasound system — coordinated by one team so architecture, electronics and software stay in sync.
Industrial design
Product form, ergonomics, enclosures and user experience — designed to feel premium and clinical while remaining practical to manufacture and service.
Electronics & embedded systems
Schematic and PCB design, analog front ends, power, and embedded firmware for reliable, medical-grade hardware.
Ultrasound system architecture
End-to-end system design — from transducer interface and acquisition through processing pipeline to display and connectivity.
FPGA & parallel beamformer development
High-performance parallel beamforming on FPGA for high channel counts and frame rates — the computational heart of advanced imaging.
AI-assisted imaging software
Image enhancement, automated measurement and clinical-assist features that make each scan faster, clearer and more consistent.
Turnkey product development
Complete programs for medical device companies — one accountable partner from first requirement to production-ready product.
From first sketch to a product ready to manufacture
We take a device from initial sketches and ergonomic studies through detailed CAD and enclosure engineering, into functional prototypes, and on to volume manufacturing — handled end to end by experienced product engineers, at a competitive and transparent cost for medical-device programs.
Sketch → CAD → prototype → production
One team owns the product's form from the first concept through to the manufacturing line.
Designed for clinic and factory
Ergonomics, enclosures and user experience that feel premium and clinical, and stay practical to build and service.
Experienced engineers, competitive cost
Senior product engineers delivering a high standard at a cost that works for real device budgets.
In-house SLA, SLS and CNC — prototypes that look and feel like the finished product
Our mechanical and industrial-design group runs SLA and SLS 3D printing alongside CNC machining in-house. We move from CAD to accurate, functional parts and short, low-volume production runs — which keeps high-mix, low-quantity builds cost-effective for high-tech companies. Parts are finished and delivered in the exact color your brand specifies, matched to your color code.
SLA & SLS 3D printing
Fine-detail, functional prototypes in the materials your design needs.
CNC machining
Precision metal and plastic parts, tooling and fixtures.
Cost-effective low volume
Short, high-mix runs that make small quantities economical to produce.
Color-matched delivery
Parts finished to your exact brand color code, ready to assemble.
Ultrasound beamformer boards — FPGA and parallel processing
Our electronics team designs the ultrasound beamformer boards at the heart of a system: FPGA-based, with parallel receive processing for high channel counts and frame rates. We design, manufacture and supply these boards to our customers — and prototype quickly when a design needs to be proven in hardware first.
FPGA beamformer boards
Parallel receive processing for the channel counts and frame rates advanced imaging demands.
Full electronics stack
Schematic, PCB, analog front ends, power and firmware — engineered in-house.
Design, build and supply
We manufacture and deliver production boards to our customers, not just designs.
Fast hardware prototyping
Working boards to validate a design before committing to volume.
From concept to production
A structured development path that keeps engineering, quality and manufacturing aligned at every stage.
Research
Understanding the clinical need, the technical constraints and the state of the art before a line of design is drawn.
Concept
Turning the need into concepts and requirements — what the product must do, and the trade-offs that will define it.
Architecture
System architecture across acoustics, electronics, FPGA, software and mechanics — the blueprint everything else follows.
Prototype
Industrial design, electronics, firmware and software built into working prototypes that prove the concept in hardware.
Verification
Integration, imaging tuning, testing and design verification — confirming the product does what it was specified to do.
Manufacturing
Design for manufacturing, pilot builds, testing and calibration, and the transfer into production.
Regulatory SupportRoadmap
Engineering support toward regulatory requirements. Formal ISO 13485 and FDA / MDR submission capabilities are part of our roadmap — see our roadmap.
Commercialization
Supporting the transition to market and the product's ongoing lifecycle — because our partnership doesn't end at launch.
The imaging expertise most vendors outsource, we do in-house
Ultrasound is uniquely demanding: the acoustic front end, high-speed acquisition, beamforming and imaging software all have to work as one. ALEVA develops these together, which is where real image quality is won or lost.
Deep ultrasound specialization
Beamforming, transducers and imaging pipelines are our core, not a side capability.
Modern, AI-driven engineering
Experienced hardware engineering combined with current AI and software methods.
One partner, full accountability
Fewer handoffs, clearer ownership, and a direct line from design to production.
Have a product in mind?
Tell us what you're trying to build. We'll help you scope the engineering, the imaging and the path to manufacturing.