All-Around Precision™
Our promise: All-Around Precision.
Gonzalez brings All-Around Precision to every client interaction. At every phase in the project cycle. To the benefit of your manufacturing process. And your bottom line.
Project discipline and design thinking are applied throughout every project. At Gonzalez, the goal is always to simplify the manufacturing process. To lock in cost-savings up front. To make our expertise your asset. And to engineer for the future, from the beginning.
Gonzalez is your Project Cycle Expert.
How does our Project Cycle Expertise benefit you?
- Expert focus – Gonzalez has the proven expertise to deliver every aspect of the project cycle. Our capability allows you to focus on what you do best, the manufacturing process.
- Expert managers – Each of your projects is led by an expert Project Manager. This gives you a single point of contact for all your questions and open issues. One person. One call. 24/7.
- Expert processes – For Gonzalez the project cycle is a tightly integrated process requiring mastery of each phase. Our world is not linear and we don’t treat your projects as simple programs with a start, middle and end. The project cycle is closed loop, continuous.
- Expert web-based tools – Real-time reporting on your project status, timing, change issues and budget is continuously available with Gonzalez on-line tools.
Gonzalez’ Project Cycle Expertise covers every aspect of the project cycle. You may need our targeted capability in a single phase. Or you may want expert management of the complete project. Let Gonzalez’ Project Cycle Expertise deliver extra value at any stage and maximum potential over the complete cycle.
Ultrasonic Metal Welding
Ultrasonic metal welding is a promising joining method for aluminum automotive body construction applications. In order to achieve technology implementation readiness, process robustness to weld orientation, aluminum sheet rolling direction, residual stamping lubricant level, and material age must be assessed. Experiments were conducted to characterize variations in weld failure loads [...]