Six engineering disciplines, ten specialized companies, one integrated approach to solving complex industrial challenges.
Full-cycle R&D from concept to prototype, composite design and advanced manufacturing.
Taking a product from idea to production-ready prototype demands more than design skill. It requires the ability to iterate across materials, manufacturing methods, and performance requirements without losing control of the timeline or the budget. Our R&D practice handles the full arc: concept development, simulation, material selection, tooling design, prototype fabrication, and validation testing. The emphasis is on composite materials and advanced manufacturing processes, where getting the fiber orientation, resin system, and production method right determines whether a part performs or fails. We design and build our own production equipment in-house, which means we can modify the process as fast as we can modify the design. The result is a shorter path from concept to a part you can actually put into service.
ADENTE
Wedge wire screens, Coanda intake systems, and industrial filtration for water, energy, and process industries.
Water and process filtration in industrial settings demands equipment that works reliably without constant intervention, in environments where maintenance access is difficult and downtime is expensive. Our filtration work is built on two engineering foundations: the Coanda effect for gravity-driven water intake without moving parts or electrical power, and precision wedge wire fabrication for screens that match the exact particle size, flow rate, and corrosion conditions of each application. Every screen is engineered to project specifications rather than selected from a catalog. The range of installations spans small rural water intakes processing ten liters per second to modular systems handling over four thousand, operating across hydropower, municipal water, wastewater, food processing, mining, and oil and gas environments on three continents.
ADENCO | Aden Wedge Wire
Paint shop automation, robot programming, vision systems, and process control.
Automotive paint shops are among the most demanding environments in manufacturing. The tolerances are tight, the chemistry is sensitive, and a programming error does not just waste time but ruins parts. Our automation practice works at this level of precision across the full surface treatment chain: cleaning, preparation, priming, painting, sealing, and quality inspection. We program and optimize across all major robotic platforms and PLC environments, which means we integrate into existing production lines rather than requiring customers to standardize around a single vendor. The core of the work is not installing robots but making them perform consistently at cycle times and quality levels that justify the investment.
HA-TEC System
AI-powered PLC development, mining operational intelligence, and process automation.
Industrial operations generate enormous volumes of data that rarely translate into better decisions. Sensors report, SCADA systems log, operators react, but the gap between raw data and actionable insight remains wide in most facilities. Our software platforms are designed to close that gap in two specific domains. In mining and mineral processing, we collect live data across the full extraction chain and deliver shift-level recommendations that standardize performance and surface inefficiencies conventional reporting misses. In industrial automation, we translate natural language process descriptions into production-ready PLC code that is modular, documented, and auditable, turning institutional automation knowledge into reusable assets rather than disposable programs.
Adente AI | PLCAssist | MineCortex
Technical consulting, project delivery, and production partnerships across defense, marine, and infrastructure.
Complex engineering projects fail most often not because of technical inability but because of coordination gaps between design, procurement, regulatory compliance, and delivery. Our project management practice exists to prevent that failure mode. We provide end-to-end oversight from initial feasibility assessment through permits, licensing, production partnerships, and final handover. The portfolio covers defense programs, public infrastructure, and industrial facility projects where the cost of delay or rework is measured not in percentages but in months and millions. Quality systems are certified to ISO 9001 and ISO 10002, not as credentials to display but as operational frameworks that keep complex multi-stakeholder projects on track.
ADENSO
Carbon fiber fabric, laminates, and epoxy systems for seismic retrofit and building strengthening.
Buildings and infrastructure age, codes evolve, and seismic risk does not wait for renovation budgets. Structural reinforcement with carbon fiber composites offers a way to bring existing structures up to current standards without the disruption and cost of demolition and rebuild. The work involves matching the right combination of fabric type, fiber orientation, laminate configuration, and adhesive system to the specific structural deficiency, whether that is insufficient column confinement, inadequate shear capacity, or damage from earthquake, fire, or corrosion. Every project is different, and the engineering lies in understanding why the structure is failing before deciding how to strengthen it. Products are certified to TSE and ISO standards with performance validated through university testing programs.
Gama Metalurji