Custom Assembly Automation/Process Equipment
Commissioning and Validation for Life Science Projects
As leaders in automation development, DT Engineering and Sterling Engineering provides comprehensive equipment validation and process automation services assembly systems. Our custom solutions can be tailored to innovative industries, such as life sciences automation, medical manufacturing, and pharmaceutical production.
This internal validation expertise ensures full compliance with FDA regulations, offering a complete GAMP®5-based qualification package, which includes:
Design Qualification (DQ)
Software Qualification (SQ)
Installation Qualification (IQ)
Operational Qualification (OQ)
Expert Equipment Validation for Medical Device Manufacturing
With deep knowledge in medical device manufacturing, DT Engineering, in partnership with Sterling Engineering, ensures your automated systems meet regulatory expectations. Our validation team has specialized expertise in assembly processes of medical devices. Our equipment validation services provide the documentation successfully required to meet FDA Equipment regulations of medical devices and pharmaceutical automation systems.
Seamless Validation to Meet FDA Requirements
When partnering with DT Engineering and Sterling Engineering you’ll reduce your time and resource investment, while capitalizing on our knowledge and expertise in Life Science equipment. We can provide commissioning assistance of equipment for SAT/FAT and assembly process equipment validation. Our documentation package includes: DQ, SQ, IQ, and OQ. We have deep experience in executing assembly validation processes to help meet FDA requirements. We specialize in the validation of assembly equipment used in:
Medical device automation
Pharma automation systems
Industrial biotechnology applications
We can provide commissioning assistance of equipment for SAT/FAT and assembly process equipment validation. Our equipment and process automation validation documentation package includes: DQ, SQ, IQ, and OQ. We have deep experience in executing assembly validation processes to help meet FDA requirements.
Comprehensive Qualification Documentation Delivered
Whether you're launching a new system or upgrading an existing one, DT Engineering and Sterling Engineering ensure compliance with FDA and GMP regulations through validated processes and thorough documentation. Trust us to support your journey through every stage of the equipment validation lifecycle in life sciences automation, pharmaceutical production, medical manufacturing, and industrial biotechnology. Contact our knowledgeable team to learn more.
FAQs
What is industrial validation?
Industrial validation is the documented process of demonstrating that equipment, processes, software, and assembly systems consistently perform within defined specifications and functionality, while ensuring regulatory requirements are met. In life sciences manufacturing, validation is not optional; it is a formal requirement that proves your automated systems produce safe, reliable, and compliant outputs every time they operate. DT Engineering, in partnership with Sterling Engineering, delivers comprehensive validation services for medical device, pharmaceutical, and industrial biotechnology applications, supported by a complete qualification documentation package aligned to FDA and GMP standards.
When is validation required?
Validation is required any time processes or equipment is used in the manufacturing of FDA-regulated products, including medical devices, pharmaceutical systems, and industrial biotechnology applications. It is also required when launching a new production system, upgrading existing equipment, or making significant changes to an assembly process. Manufacturers who skip or delay validation risk regulatory non-compliance, failed audits, and costly production holds, making early engagement with an experienced validation partner a critical part of any regulated manufacturing project.
What are IQ, OQ, and PQ?
IQ, OQ, and PQ refer to Installation Qualification, Operational Qualification, and Performance Qualification, the three core stages of equipment validation in regulated manufacturing environments. Installation Qualification confirms that equipment has been installed correctly and in accordance with design specifications. Operational Qualification verifies that the system operates as intended across its defined range of conditions. Performance Qualification demonstrates that the equipment consistently produces acceptable results under real production conditions. DT Engineering and Sterling Engineering deliver documentation packages covering DQ, SQ, IQ, and OQ to support full lifecycle compliance for assembly and process equipment.
How is process validation different from equipment qualification?
Equipment qualification focuses on verifying that a specific machine or system is installed, operates, and performs correctly on its own. Process validation goes a step further, demonstrating that the entire production process, including the equipment, materials, operators, and environment, consistently yields a product that meets its specifications. Both are required in regulated industries, and they work together to build the full compliance record that regulatory bodies expect. DT Engineering supports both streams, providing commissioning assistance for SAT and FAT activities alongside the qualification documentation needed to satisfy FDA equipment regulations.
What documentation do we need?
The documentation required for a validated system in a regulated manufacturing environment typically includes a Design Qualification (DQ), Software Qualification (SQ), Installation Qualification (IQ), and Operational Qualification (OQ), all developed in accordance with GAMP 5 guidelines and FDA expectations. Each document provides a traceable record that the system was designed, built, installed, and tested correctly. DT Engineering and Sterling Engineering deliver a complete qualification documentation package tailored to your project, reducing the time and resource investment required to bring compliant systems to production.