UNIMA Dış Ticaret Limited Şirketi

At Unima we apply a disciplined QA workflow that turns precision inspection into predictable field performance. We begin with CMM-based 3D measurement and tolerance verification for each critical dimension, followed by non‑destructive testing where required and documented certification to agreed standards (material certificates, PMI, and purchaser‑specified norms). Every part receives traceable identity-lot numbers, serialisation and digital inspection records-so clients can link in‑service history to manufacturing data. The result: parts that meet specification first‑time, reduced downtime, and longer service life for equipment in iron & steel, cement, recycling and marine operations. If you oversee procurement or maintenance and need measurable certainty from your supply chain, contact us to review traceability options and inspection criteria tailored to your assets. https://wix.to/4yysids #PrecisionManufacturing #QualityAssurance #HeavyIndustry

At Unima we deliver predictable, on‑spec CNC components for the toughest industries. From design input through final inspection we control every step: CAD-driven programs, 5‑axis milling for complex geometries, high‑precision turning for concentricity, wire EDM for tight internal profiles and micromachining for fine features. Inline probing and CMM inspection cut tolerance risk and shorten rework cycles, so iron & steel, cement, recycling and marine partners receive rugged parts ready for service. Learn how our end‑to‑end process reduces downtime and protects your supply chain: https://wix.to/0MZuX2O #PrecisionMachining #HeavyIndustry #ManufacturingExcellence

We partner with operators in iron & steel, cement, recycling and marine to design out failure at the component level. Three common failure modes we address: abrasion from particulate loads, corrosive attack in saline or alkaline atmospheres, and fatigue from cyclic loading. Our mitigation strategy pairs engineering-led material selection (high-alloy steels, duplex stainless, and hard-facing substrates) with micromachining tolerances and controlled surface finishes to eliminate stress concentrators and optimise contact geometry. Combined with process controls-in-process inspection, repeatable fixturing and surface treatment protocols-we deliver these protections consistently for low-volume, high-complexity orders. Learn how our advanced machining capabilities convert design intent into rugged, service-proven parts: https://wix.to/SvASEDA 🔧📐 #PrecisionMachining #IndustrialManufacturing #HeavyIndustry

At Unima we put people at the centre of precision. Meet our CNC operator who verifies on-spec tolerances for heavy-industry components, then collaborates with our quality engineers through documented review steps before production begins. Our certified micromachining capability and rigorous inspection protocols ensure durable, fit-for-service parts for iron & steel, cement, recycling and marine applications. Discuss your tolerances with us: https://wix.to/ehXRDUZ 🔧📏 #PrecisionManufacturing #IndustrialEngineering #QualityAssurance

We partner with iron & steel, cement, recycling and marine operators to specify alloys and finishes that extend component life in the harshest environments. By combining corrosion‑resistant alloys, targeted surface treatments and UNIMA’s micromachining and wire EDM precision, we deliver parts that meet tight tolerances and resist wear, erosion and corrosion in marine, cement and steel service. Our approach compares material-process options side‑by‑side so you see trade‑offs in machinability, corrosion resistance and projected service life. Talk to us about a material selection review for your next project: https://wix.to/WxPN1DB 🔧📈 #PrecisionMachining #IndustrialDurability #MaterialSelection

At Unima we deliver repeatable tolerances for heavy‑duty components by pairing advanced CNC milling, multi‑axis lathes and wire EDM with micromachining expertise. Our state‑of‑the‑art equipment and controlled workflows ensure consistent results for small‑batch, high‑precision runs, so parts for iron & steel, cement, recycling and marine applications meet tight specs and endure harsh service. Partner with us for predictable quality and measurable production confidence. https://wix.to/HrK8Ozs #PrecisionMachining #HeavyIndustry #ManufacturingSolutions

We certify accuracy so your operations keep running. At UNIMA we combine state‑of‑the‑art machining with rigorous inspection and QA: calibrated CMMs, tolerance reports, and first‑article inspections that create traceable records. The result is reduced rework, less downtime and components you can rely on in iron & steel, cement, recycling and marine environments. Partner with us for repeatable precision and measurable cost savings. Learn more: https://wix.to/gZhuWUb 🔧📈 #PrecisionEngineering #QualityAssurance #HeavyIndustry

We solve dimensional stability and wear challenges for cement, recycling and marine operators by pairing precision machining with wire EDM. For parts exposed to thermal cycling in kilns, abrasive feed conveyors or saltwater corrosion, our processes control tolerances, optimise grain flow and remove hard-to-machine features without introducing heat damage. Early, hands‑on collaboration uncovers hidden specs-material treatments, reliefs and tolerance stacks-so we reduce rework and shorten lead‑time variability. Partner with us for rugged, repeatable parts engineered to perform under real operating conditions. https://wix.to/fYBEfA8 #PrecisionEngineering #HeavyIndustry #ManufacturingSolutions

We specify materials and finishes to maximise part life in iron & steel, cement, recycling and marine environments. For corrosion resistance, we favour duplex and 316L stainless steels for wet or chloride‑bearing conditions, and high‑chrome cast irons where abrasion dominates. For wear resistance, hardened low‑alloy steels (4140/4340 quenched and tempered) and surface treatments such as carburising or induction hardening provide proven service life. In highly erosive or combined wear‑corrosion scenarios, we recommend Ni‑based alloys or thermal spray applied ceramics for sacrificial protection. For elevated temperatures, alloyed steels and nickel‑chrome grades retain strength; controlled heat treatments and stress‑relief cycles are essential for dimensional stability in low‑volume runs. Finishes matter: shot peening reduces fatigue initiation, phosphate or zinc flake coatings offer sacrificial corrosion protection for bolted assemblies, and passivation improves stainless performance in acidic environments. Our choices prioritise manufacturability in custom, low‑volume batches without compromising on inspection traceability or tight tolerances. Contact us to review a materials matrix tailored to your part’s loading, exposure and maintenance cycle: https://wix.to/Fc2Gfex 🔧📈 #Manufacturing #MaterialsEngineering #IndustrialParts

At UNIMA we turn engineering briefs into reliable, on-spec batches through a disciplined, collaborative process. We begin with early-stage engineering reviews to validate tolerances and materials, then iterate samples quickly to confirm fit and function. Throughout production we monitor quality checkpoints and maintain tight communication so parts are delivered on time and on budget. Procurement and engineering teams in iron & steel, cement, recycling and marine benefit from reduced rework, predictable lead times and traceable quality documentation. Visit https://wix.to/0JTn78A to discuss a project or request a sample. 🔧📈 #PrecisionManufacturing #IndustrialSupply #EngineeringExcellence