R&D engineers develop 2D/3D designs, conduct structural calculations and process layouts, and use advanced design and simulation tools within THACO INDUSTRIES’ R&D center and Mechanical center to optimize feasibility, durability, and operational efficiency for agricultural equipment.

Based on approved designs, THACO INDUSTRIES plans and procures materials including steel, non-ferrous metals, plastics, and standard components through an integrated supply chain, ensuring international-standard materials, traceability, and cost optimization for project- and product-based agricultural orders.

Raw materials are prepared at the Mechanical Center using advanced technology lines, including slitting lines, box & tube lines, fiber laser cutting, CNC plasma/oxy-gas cutting, and related systems, forming the base frames, structures, and parts for agricultural machinery and equipment.

Processed billets undergo forming (press braking, stamping, rolling, flange forming) and precision machining (CNC milling, turning, drilling, and grinding) to achieve the dimensions and tolerances specified in technical drawings for agricultural components, modules, and mounting structures.

Welding is carried out using both manual and robotic welding lines, applying certified welding quality systems to ensure consistent strength, precision, and reliability for heavy steel structures and mechanical products.

Fabricated structures undergo surface preparation, shot blasting, anti-corrosion treatment, and ED or powder coating, ensuring durability in harsh agricultural and outdoor environments.

Coated parts move to assembly, where mechanical structures are integrated with drives, hydraulics, pneumatics, and electrical/control systems into complete machines, line modules, or farm systems, customized to project and OEM/ODM requirements for cultivation, processing, livestock, and waste-related solutions.

Throughout production, THACO INDUSTRIES applies multi-step QC under ISO 9001:2015, ISO 14001:2015, EN 1090, and ISO 3834, including dimensional checks, functional tests, and performance validation to ensure export-quality agricultural machinery and equipment in compliance with international market requirements.

Finished equipment and lines are packaged, documented, and shipped using a process explicitly defined from “processing, surface treatment – painting, assembly, packaging, transportation” for mechanical products, applied consistently to agricultural machinery for both domestic and export markets.