- +919822339555
- Sanjay.chate@smartengineering.in
Smart Engineering offers full‑spectrum automotive industry services, including precision CNC machining, casting and forging, sheet‑metal fabrication, tooling & die design, injection molding and rapid prototyping (3D printing or prototype tooling). We support part development from concept and CAD design to pilot production and full‑scale manufacturing — for components such as engine parts, chassis, body assemblies, interior trims, and plastic or metal sub‑assemblies. With in‑house metrology, quality control, and flexible production runs (from small batches to large volumes), we ensure high‑precision, cost‑effective, and timely delivery to OEMs, Tier‑1/2 suppliers and aftermarket clients.
Valve manufacturing involves designing, casting or forging, precision machining, assembly, and rigorous testing to produce reliable valves for industrial use. Material selection (stainless steel, carbon steel, alloy steels, cast iron, etc.) depends on pressure, temperature, and fluid type. Components like body, stem, seat, disc/ball and seals are machined with high accuracy, then assembled and sealed for proper flow control. Each valve undergoes hydrostatic or pneumatic pressure tests and quality inspections to ensure leak‑free performance and adherence to standards. This process ensures the final valves meet safety, durability and performance requirements for demanding applications such as oil & gas, chemical, water, and power industries.
Food processing equipment comprises a wide range of industrial machinery used to transform raw agricultural produce into safe, market-ready food products. It includes machines for washing, sorting, peeling, cutting, grinding, mixing, cooking, drying, freezing, and packaging. Such equipment ensures hygiene, consistency, and high production capacity — from primary processing (cleaning, grading, milling) to secondary and tertiary processes (blending, cooking, packaging, ready-to-eat manufacturing). Stainless-steel construction, automated conveyors, mixers, fryers, ovens, pasteurisers, and packaging units are common. Efficient food-processing machinery helps reduce labour, increase yield, ensure food safety, and meet large-scale demand.
General Engineering is a broad-based discipline focused on the design, construction, maintenance, and integration of machines, structures, systems, and processes, drawing on multiple engineering domains such as mechanical, electrical, civil, materials and systems engineering. East Tennessee State University It enables flexible solutions across industries — from manufacturing, infrastructure, and utilities t industrial plants — offering services like fabrication, equipment design, structural works, maintenance system layout, and project integration. By combining scientific principles, material science, an practical experience, general engineering ensures efficient, safe, and cost-effective outcomes fo diverse industrial and construction needs.
