3D Printed Pushing Rod Tip
This 3D model represents a highly adaptable pushing rod tip designed for use in automated packing systems. It plays a critical role in guiding and inserting sensitive components—such as IFUs (Instructions for Use), cannulas, injectors, and other medical or precision items—into retail or shipping boxes with consistent accuracy.
Try moving the model with your mouse!
A key feature of this model is its fully editable design. Built in a parametric CAD environment, the dimensions and features can be quickly modified to suit different content types or box specifications.
The rod tip is designed to push and insert materials—such as IFUs, cannulas, or injectors—directly into the box during the packing process.
This 3D model was developed as part of a project I worked on during my time with the production team, where I focused on optimizing packaging automation for medical devices. The component is a custom-designed pushing rod tip used to insert materials—such as IFUs, cannulas, and injectors—directly into boxes with speed and precision.
It reflects a hands-on engineering approach aimed at solving real production challenges with scalable, modular design.
Key
Fatures
🔄 Modular Design: Easily adjustable tip to accommodate multiple product shapes and sizes.
🛠️ Fully Editable 3D Model: Compatible with most CAD environments (e.g., STEP, IGES, STL).
🧪 Tested for Stability: Ensures reliable performance in high-speed automated systems.
📦 Multi-Box Compatibility: Works with various packaging formats and configurations.
⚙️ Plug-and-Play Adaptability: Rapid changeovers for different production lines.
Contact Now
E-Mail: giorgosginoudhs@gmail.com
Tel: +30 6972 51 8434
Location: Thessaloniki