The machine your process needs isn't in any catalog. We design and build it.
Mechanical, electrical, automation and software engineering in one team: we build special-purpose machines, robotic cells and equipment retrofits, with machine safety, complete documentation and production data from day one.
When your line needs a new machine (or a renewed one)
The problems that most often bring manufacturers to us.
A bottleneck holding the line
One manual or slow operation sets the pace for the whole plant and throughput can't keep up with demand.
Obsolete machine
Discontinued PLC, spare parts that no longer exist and only one person who can touch the program.
Risk and non-compliance
Improvised guarding, e-stops that don't meet the standard and the risk of a shutdown during an inspection.
Inconsistent quality
High scrap and rework, tiring manual visual inspection and customer complaints that arrive too late.
Labor shortage
Repetitive, ergonomically poor tasks with high turnover and hard-to-fill positions.
Production without data
Nobody knows the real OEE, why the machine stopped or how many good parts came out this shift.
From a simple fixture to a complete line
Engineering tailored to your product, your layout and your takt time.
Special-purpose machines
Equipment designed from scratch for a specific operation: assembly, dosing, filling, pressing, screwdriving, riveting, marking, cutting and packaging.
Retrofit and modernization
Replacement of obsolete PLCs, HMIs, drives and servos, mechanical overhaul and program migration. Your machine gets a new service life for a fraction of the cost of a new one.
Robotic cells
Industrial and collaborative robots for pick & place, palletizing, machine tending, welding, screwdriving and material handling.
Machine vision and AI inspection
Industrial cameras and computer vision models to detect defects, read codes and text, verify assemblies and measure dimensions on 100% of parts.
Machine safety compliance
Plant-wide inventory and risk assessment, design and installation of guards, light curtains, interlocks, safety relays and safety PLCs.
SCADA, MES and IIoT
SCADA, OEE, lot and serial-number traceability, production recipes and ERP integration, with data available from anywhere.
AI that works on the shop floor, not just on slides
Your PLCs, sensors and systems already generate data every day. We turn it into models that spot defects, predict failures and tune the process, running next to the machine and integrated with what you already have.
Deep learning visual inspection
Models trained on images of your parts detect scratches, cracks, stains and assembly faults that rule-based vision misses, and learn from every new defect type.
AI-driven predictive maintenance
Anomaly detection on vibration, current and temperature: the model learns each asset's normal behavior and warns in advance, pointing to the likely component.
Process parameter optimization
We correlate setpoints, raw material batches and ambient conditions with quality and consumption, and the model recommends temperature, pressure and speed adjustments to the operator or straight to the PLC.
3D vision-guided robotics
Bin picking of mixed parts, handling items that vary in shape and position, and mixed palletizing, with the robot choosing the grip from the image.
AI assistant for operations and maintenance
Trained on your plant's manuals, procedures and alarm history, it answers on a tablet or the HMI why the machine stopped, how to fix it and which part to replace.
Demand forecasting and scheduling
A production plan that accounts for setups, capacity and scheduled maintenance, and recalculates when a machine stops or a rush order comes in.
Start small, prove the gain, then scale
No year-long AI project before you see results. We pick one use case with a clear return, measure before and after, and only then roll it out across the plant.
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Data assessment We map what your machines already record, what still needs measuring and which case pays back the most.
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Pilot on one machine A model in production on one asset, with a defined target and results measured against the baseline.
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Plant-wide rollout Once the gain is proven, we replicate it on other lines and integrate with MES, ERP and dashboards.
From site survey to start-up, no black box
Every stage ends with a concrete deliverable and your formal sign-off.
Technical survey
Plant visit and study of the process, parts, takt time and layout, under a non-disclosure agreement.
Concept and feasibility
Conceptual solution, throughput estimate, technical risks and return on investment comparing alternatives.
Detailed design
3D model, calculations, electrical and pneumatic schematics and risk assessment, reviewed with your team.
Manufacturing and programming
Machining, mechanical assembly, electrical panel, PLC, HMI and robot programming, with virtual cycle simulation.
Acceptance before shipping
Tests with real parts: throughput, quality, safety and failure modes verified together with you.
Start-up and support
Installation, site acceptance, operator and maintenance training, assisted operation and remote support.
Your machine ships already talking to the rest of the company
Many projects stop at the electrical panel. Because Devskin is also a software, cloud and data company, the same team that automates the machine connects the shop floor to your systems.
- OEE, downtime and reasons logged automatically, by shift and by product
- Lot and serial-number traceability with the parameters of every part
- ERP and MES integration via OPC UA, MQTT or API
- Secure remote access for support, with a segmented industrial network
- Predictive maintenance alerts and dashboards on your phone
Tell us about your project in 1 minute
Pick the options, leave your contact and the brief goes by email straight to our engineering team. More context means a sharper first conversation.