Description

States Engineering Inc. is a seasoned provider of custom foundry equipment and specialized fabrication services, boasting over 60 years of industry experience. The company designs, builds, installs, and services a comprehensive range of foundry machinery tailored to meet the diverse needs of heavy industries and manufacturing plants. Their product portfolio includes everything from simple steel fabrications to complex automated transfer lines, encompassing essential equipment such as Ringmullors with Moisture Control Systems, Rotary Screens, Brush Aerators, Trenchveyors, Storage Bins, Flask Fillers, Feeder Bins, Bucket Elevators, and Mold-Handling Conveyor Lines. States Engineering also offers complete systems controls, overhead prepared sand distribution systems, and various types of shakeouts to enhance foundry efficiency and safety. The company prides itself on its turnkey capabilities, handling fabrication, assembly, and system development entirely in-house, which ensures efficient installation and startup at client facilities. This approach is complemented by comprehensive customer training and ongoing support, fostering strong, long-term partnerships with clients. States Engineering’s engineering team is proficient in both mechanical and electrical design, utilizing advanced software such as Inventor and AutoCAD to create detailed assembly drawings, plant layouts, weldments, catwalks, platforms, and safety guarding. All design files produced become the property of the client, underscoring the company’s commitment to transparency and client ownership. With a broad industrial base, States Engineering excels in custom machinery and process equipment fabrication, adapting to the unique requirements of various manufacturing sectors. Their collaborative approach and dedication to quality have earned them repeat business and a reputation for reliability. Whether clients require standard foundry equipment or bespoke solutions, States Engineering stands out as a trusted partner capable of elevating production efficiency and operational safety.