Automation

Smart design. 

Intelligent automation.

Automation is the key to making processes reliable, repeatable, and scalable. But it only works if you know exactly what you’re aiming for from the beginning. That’s why at ENBI, automation is woven into design and engineering right from day one. 

By making the right decisions early, we create room for automation that works, technically sound, on time, and fully integrated into the solution. Read on to see how we approach it!

At ENBI, automation drives improvements in quality, throughput, scalability, and cost efficiency. It enables 24/7 production and automates repetitive tasks. -  Pim, Project Process Engineer

In-line automation.

One strategy, three approaches.

In-line automation runs in sync with the injection molding process and supports the entire molding cell. Products are removed from the mold and, depending on the part, may go through post-processing before final packaging. 

By minimizing contamination risks, such as human contact, dust, paper, or other particles, we ensure the packaging process meets strict GMP standards for food and medical applications. 

Examples of in-line applications:

• QR code laser marking
• Ionization 
• Cutting or bending
• Vision inspection 
• Overmolding 
• Ultrasonic welding 
• Handling mini (LSR) products 

This approach is ideal for high volumes and short cycle times, where consistency and high throughput are critical.

Stand-alone automation.

 One strategy, three approaches.

Stand-alone automation runs separately from the molding process and is designed for post-processing or final assembly. For example, combining molded parts with purchased components such as labels or printed circuit boards (PCBs).

These automation systems operate largely autonomously, built for specific, repetitive tasks. Safety is secured through protective barriers and clearly defined work zones, while modular design makes them adaptable to product changes or production variations.

Applications include:

• Assembly of composite products 
• Integration of electronic components
• Labeling, final inspection, and packaging

While these systems run independently, their development demands close technical coordination. This requires smart engineering and customization across multiple levels, from mechanics and software to controls and safety.