From process design to a fully operational plant
EVESS designs and manufactures automated anodizing and electroplating lines, surface finishing equipment, industrial water treatment systems and the complete engineering packages that modern plants are built around.
We carry the project through its full cycle - from process development and equipment design to manufacturing, installation, commissioning, operator training and continuing after-sales support.
EVESS at a glance
Founded:
2015Projects:
0+Completed
Patents:
6 patents (inventions & designs)
Strong in-house R&D:
developing unique engineering solutions
We do not sell isolated machines. We engineer complete process systems built to keep a plant running predictably for decades.
One contract covers the whole scope - process development and engineering design, equipment manufacturing, installation, commissioning, operator training and after-sales support. A single EVESS engineering team carries responsibility for the result, so there is no gap between suppliers to fall into.
Fabrication, assembly, factory acceptance testing and quality control all happen on the EVESS shop floor. Nothing critical is subcontracted, which is why lead times and build quality stay under our control rather than a vendor's.
Every line is engineered to the international ANSI and ASME design standards, and every assembly is inspected in-house and signed off at a factory acceptance test before it ships. Nothing leaves the shop floor on the strength of a paper check alone.
Every line is designed around your process sequence, target throughput, part range, building constraints and specification - not adapted from a catalogue configuration that nearly fits.
Real-time monitoring of process parameters, remote dispatcher access, automatic equipment diagnostics, event logging and full traceability of every batch that passes through the line.
Delivered engineering projects for aerospace, nuclear, marine, mechanical engineering and oil & gas manufacturers - sectors where coating specifications and documentation requirements leave no margin.
Materials and construction are selected against the actual chemical load, temperature, humidity and duty cycle of the plant, which is what gives the equipment its reliability and long service life.
R&D Innovations
Through strong in-house R&D, EVESS develops engineering solutions that make our equipment more reliable and more cost-efficient to run.
Examples of innovations
At EVESS, we take pride in delivering high-performance equipment through a fully controlled and transparent process. Here's how we turn your requirements into working industrial systems.
We begin by analyzing your production goals and selecting optimal engineering solutions. Our team leverages decades of experience to offer well-balanced proposals - tailored to your needs and confirmed with you at every step.
Anodizing lines
The level of automation is matched to your production programme and part range.
The operator moves the jigs between tanks. Built for small batches and development work, and still fully equipped with instrumentation, heating and extraction.
Mechanised transport with the operator handling selected steps. The right fit for medium volumes and a mixed part range.
A hoist under PLC/SCADA control: exact immersion times, batch-to-batch repeatability and minimal labour. Built for series production.
Environment and water treatment
The effluent treatment plant is engineered as one system with the anodizing line and its control platform: stream collection and segregation, reagent treatment and final polishing - through to safe discharge or reuse of the water.
Industrial ventilation
Fume extraction and gas cleaning for surface finishing shops. Lip extraction removes vapours and mists directly at the bath surface, ductwork in chemically resistant polymer carries them to treatment - a fibre-bed mist filter or a wet scrubber - and the cleaned air is discharged at a safe stack height.
Automation
The control system runs the line to defined process recipes: it holds immersion times and operation sequence, logs events and gives full traceability of the process. The operator works from a touchscreen HMI on the console; the dispatcher has remote access to the line parameters.
Real plants: photographs, equipment scope, the requirements we worked to and the results delivered.
Delivered projectTurnkey anodizing line
An anodizing plant built from nothing: 20 items of process equipment, gantry hoists, PLC/SCADA control, ventilation and an on-site laboratory - one engineering scope from design to commissioning.
≥ 370,000 m²/year
design throughput
20 items
of process equipment
2 hoists
gantry type, up to 700 kg
15±3 µm
anodic coating thickness
Anodizing is one of the defining processes for protecting and functionally modifying an aluminium surface, giving parts durability, corrosion resistance, wear resistance and a high-quality finish. Those properties are why the technology is specified across the most demanding industries.
External cladding, door and window profiles, roofing and fixings. Protection from the environment together with the finish the design calls for.
Body components, engine parts and cooling radiators. In marine work the coating is what protects aluminium alloys against seawater.
Lightweight structural elements of the airframe, landing-gear assemblies and internal units - anywhere strength at minimum weight decides the design.
Phone and laptop housings, heat sinks and reflectors. The oxide film doubles as a reliable dielectric.
Cookware, sports equipment, furniture hardware and interior fittings.
Industries we serve
Aerospace, energy
and heavy industry
Nuclear Power
Components for reactor and fuel-cycle plant
Rail Transport
Rolling-stock and infrastructure hardware
Energy & Gas
Pipeline valves, fittings and metering hardware
Aerospace
Airframe fittings, landing gear and cabin parts
Oil & Gas Services
Downhole tools and wellhead equipment
Metallurgy
Tube, pipe and profile finishing
Anodizing is an electrochemical process that grows an oxide layer on aluminium. The part is made the anode in an electrolyte tank, and under DC current a layer of Al₂O₃ forms on the surface, integrally bonded to the base metal. The coating is harder and far more corrosion-resistant than the metal beneath it, and can be coloured before sealing.
Tell us what you need: coating types, target throughput, drawing requirements. EVESS engineers will put together the optimal line configuration and a budget estimate.
Phone: +971 50 583 5837
Email: sales@evess.ae
We reply within one business day.
