Custom solutions for industrial production.
We bring process engineering, stainless steel equipment manufacturing and turnkey production lines together in one project—from an individual tank to a complete plant, and from design through commissioning.
From one machine to a complete process line
Equipment is not forced into a standard catalogue size. Materials, geometry, process conditions and automation level are selected for the application.
Stainless Steel Process Tanks
Storage, mixing, heating and cooling tanks engineered for the product and operating conditions.
Technical details →02Chemical Reactors and Bioreactors
Agitated, temperature-controlled reactor systems for atmospheric, pressure or vacuum service.
Technical details →03Industrial Agitators and Homogenizers
Low- and high-speed mixing, dispersing, dissolving, ribbon and in-line solutions.
Technical details →04Heat Exchangers, Evaporators and Heat-Transfer Systems
Shell-and-tube, plate and falling-film equipment for heating, cooling, condensing and evaporation.
Technical details →05Powder Processing, Mixing and Conveying Equipment
Ribbon mixing, screening, milling, dosing and conveying systems for dry products.
Technical details →06Filling, Weighing and Dosing Systems
Liquid and powder filling, volumetric dosing, automatic weighing and checkweighing solutions.
Technical details →07Stainless Steel Conveyors and Transfer Systems
Straight, inclined, curved, modular-belt, screw and custom conveying solutions.
Technical details →08Food and Beverage Process Equipment
Hygienic equipment for chocolate, syrup, pasteurisation, margarine, dairy and sauce processes.
Technical details →09Fish and Meat Processing Machinery
Grading, filleting, scaling, glazing, transfer and waste-handling equipment.
Technical details →Liquid, powder and granular fertilizer lines
A system approach matched to the process—from raw-material reception and dosing through mixing and filling.
Liquid Fertilizer Production Lines and Plants
Integrated preparation, dissolution, mixing, filtration and filling for liquid fertilizers.
Technical details →02Powder Fertilizer and NPK Blending Plants
Dosing, ribbon mixing, screening, conveying and packing for powder formulations.
Technical details →03Granular Fertilizer Production Lines and Equipment
Project-specific preparation, granulation, drying, cooling, screening and conveying systems.
Technical details →The granulation route and line equipment are defined during engineering according to the formulation and required capacity.
We design every step of production together.
We evaluate process equipment together with feeding, heat transfer, mixing, transfer, control and operating conditions.
PFD and P&ID development, equipment selection, layout, mechanical design, electrical automation, workshop fabrication, site installation and commissioning are structured to match the project scope.
Engineering capabilities →Core engineering steps
- Collect product and process data
- Review capacity, heat and mass balance
- Develop machine and plant layout
- Select materials, equipment, pumps and mixers
- Integrate electrical, instrumentation and PLC/SCADA
- Install, test, commission and document
Manufacturing for diverse industries
Project-based equipment for food, seafood, chemicals, fertilizers, cosmetics and specialised production processes.
Chemicals & fertilizers
Reaction, blending, dosing, tank and line systems.
Food & beverage
Hygienic processing, pasteurisation, preparation and filling.
Fish & meat
Processing, grading, glazing, transfer and waste handling.
Industrial processes
Heat transfer, filtration, automation and plant integration.
Engineering guidance for better decisions
CEYTAŞ articles explain the criteria behind material, tank, mixer and heat-transfer selection.
AISI 304, 316 and 316L: Selecting Stainless Steel for Process Tanks
A practical comparison of AISI 304, 316 and 316L for process tanks, considering chlorides, pH, temperature, welding and surface condition.
Read article →Stainless Steel Process Tank Design: Capacity, Heating, Cooling and Wall Selection
Engineering considerations for process-tank volume, operating conditions, heat duty, jacket selection, agitation and equipment layout.
Read article →Industrial Agitator Selection: Viscosity, Impeller, Speed and Power
How blending objective, rheology, tank geometry, impeller type, speed and power influence industrial agitator selection.
Read article →Planning a new production line?
Share your product data, target capacity and site conditions so we can review the right solution together.