Anderson Dahlen partners with companies across diverse industries to provide industrial equipment that meets the highest standards. We take pride in our ability to provide welding, CNC machining, finishing, cutting, and other fabrication services.
Our experience ranges from a variety of mixing equipment and blending applications, ASME vessels, conveying, reactors, refining, and separating liquid or dry raw materials. We also fabricate components and assemblies for nuclear facilities. With in-house engineering, stainless steel fabrication services, and a commitment to quality products and timely delivery, our turnkey offerings for custom parts and equipment are designed to meet your critical specifications and project requirements.
We take quality seriously. Our project managers and custom machine builders ensure every detail of your project is engineered, fabricated, documented, and inspected to your specifications and vision. Weld procedures, surface finish criticality, and post-weld features are carefully managed to minimize corrosion and contamination risks, keeping your equipment working as intended. This focus, combined with continuous improvement, ensures that your project will be ready on time and within budget.
Custom industrial equipment manufacturing involves designing and fabricating equipment built to meet highly specific operational, regulatory, and performance requirements. This includes everything from individual components to fully integrated systems tailored to your materials, processes, and facility constraints.
Custom equipment manufacturing can include a range of fabrication capabilities such as CNC machining, precision welding, cutting, forming, and finishing. These processes are combined to produce high-quality components and assemblies that comply with strict dimensional and performance standards.
Custom industrial equipment is used in applications such as chemical processing, mixing and blending, material separation, conveying systems, reactors, and industrial water treatment. It is especially critical in environments where clients can’t meet process or regulatory demands with standard equipment.
In-house engineering allows for greater institutional knowledge and tighter collaboration between design and fabrication teams, resulting in more accurate designs, faster problem-solving, and better alignment with your specifications. This approach reduces risk, shortens timelines, and ensures the final system performs as intended, leading to a higher chance of success.
Quality is maintained through detailed project management, certified welding procedures, rigorous inspections, and thorough documentation. Factors like surface finish, weld integrity, and post-fabrication treatments are carefully controlled to reduce contamination, corrosion, and performance issues.
Raw material selection is critical to ensure durability, safety, and compliance. Depending on the application, materials like stainless steel are used to handle corrosive substances, maintain cleanliness, and meet industry-specific standards such as those required in chemical or nuclear environments.
Testing and validation confirm that equipment meets performance, safety, and operational requirements before installation. This process helps identify issues early, ensures compliance with specifications, and reduces the risk of delays or failures once the system is in use.
Our team is here to answer questions, provide quotes, and offer customer support. Let us know how we can help.
