Assembly Technical Testing: Optimize your fastening solutions
Assembly technical testing is the most reliable way to determine the necessary inputs for ensuring maximum productivity, quality, and cost savings in your assembly process.
Benefits of CELO Advanced Technical Testing
Relevant, Actionable Insights
By focusing on the critical parameters and requirements you provide, our qualified engineering team provides specific test and measurement reports that are directly applicable to your assembly process and design.
Seamless Project Deployment
We help ensure a seamless project deployment by analysing materials, application requirements, and installation parameters to recommend the best assembly solution and the optimal tightening procedure.
Prevent Assembly Problems
Early identification of potential issues under simulated conditions helps prevent costly assembly problems during serial production.
Advanced Testing with Industry Standards
We conduct tests using the latest technology and equipments, in full compliance with standard norms.
Our Laboratory Testing Capabilities
- Torque tests - is the most performed test to optimize adjustment parameters in any screw assembly line. We conduct static and dynamic tests using electronically controlled equipment to reproduce multiple torque ramps and screwing speed variations. The results help us establish proper setup conditions and provide insights into energy consumption, ergonomics, and stability. Additionally, we can determine prevailing on and off torque, breakaway torque, seating torque, and failure torque values.
- Clamp load studies - These studies help us determine the tightness and load capacity of an assembly, ensuring reliable and secure fastening.
- Mechanical properties validation - This fundamental test assesses the mechanical properties of a screw joint and its components, including tensile strength, compression, pull-out and shear forces.
- Corrosion tests - We evaluate fasteners' resistance to corrosion under simulated severe environmental conditions. Our coating thickness measurement systems use X-ray and magnetic field technologies. Additionally, we conduct Salt Spray Chamber tests to comply with DIN 50.021 standards.
- Metrology test - Measurement of dimensional parameters.
- Other indirect application parameters - We analyze factors such as friction coefficients, load-temperature relationship, and tightening cycle performance.
Please contact us for more information.