What is True Electroplating Capability

The true plating capability refers to a process which performs as almost as expected. It executes with lesser labour, zero downtime, greater process control and with exceptional physical characteristics. Though it might appear simple, most job and captive plating shops seldom meet an effective realization of the said ability.

Challenge

Most processes have unique challenges. Cyanide and electroless electrolytes, precious metal plating like gold and silver, aluminum anodizing and stainless steel electropolishing need exclusive tactics. Cost metrics and process complexity varies within these processes.

An important holdup most stumble is accepting the status quo. Process failures, downtime, delays, etc. are perceived as a norm. As it occurred yesterday and transpires with others too!

Also, people with emotion become agnostic to methods, tools, concepts, and approaches. While, data science and artificial intelligence sans use of emotion.

This short paper aims to show a path toward a true electroplating capability.

Here is a simple infographic of vital elements to attain this goal:

As shown in this graphic, our intent is at the core of our actions! Begin with intent to achieve infinite results.

We need knowledge and creativity with intent. The staff must have a comprehensive training on electroplating, lean, statistical process control, and total quality management. A good understanding of periodic table and electromotive force (emf) potential is mandatory. A process control is contingent on sampling and analytical techniques, and database integration with spontaneous communication and reaction.

Consider using 6 process development and control (PDC) tools as recommended by Advint’s earlier blog as an alternative to 7 quality control (QC) tools.

Plant Design and Automation

On no occasion reckon to aid a true electroplating feat with an inextricable and poor electroplating equipment design.

A nimble design with a correct choice of electrolyte chemistry, materials selection, engineering capabilities, rectifier controls and calculations such as ampere hour control, serial communication are indispensable.

Choose IGBT rectifiers for nickel, copper, silver, zinc and chromium plating applications. IGBT will be suitable for most anodizing applications, but sometimes a SCR rectifier or a half wave SCR rectifier will be essential.

Plating equipment and the manufacturer play a significant role in the plan of a new line. The project managers of most manufacturers do not have industrial plating experience. Under these situations, planning on processing, development tools, creativity and method become imperative.

True Electroplating Rewards

When a process performs, employee and customer satisfactions are at its zenith. You get to eat your competitor’s dinner.

How Can We Help

• Advint’s prudent offering of advisory services empowers clients to achieve true plating capability.
  • Advint’s proprietary Time Change Management (TCM) tool aid metal finishers master productivity management, total quality management, and optimization of physical characteristics of the deposit.
  • We apply an algorithm software to deconstruct big data and conduct predictive analysis.
  • Advisory service includes backing platers in the project phase of electroplating plants.
  • The work supports research and REACH alternates.
• Our online training course accommodates corporates and individual professionals.

Learn More 

Rhodium Plating Techniques | Advint Incorporated