Choose the right packaged food automatic packaging machine

In the food and beverage industry, automatic packaging machines maintain the quality and freshness of the product from the time it leaves the factory to the consumer's table; in order to do this, it is necessary to have resistant packaging that adequately protects the contents during the transport and distribution phases .

Discover solutions for breakage of packaged snacks: In the snack industry, for example, tube primary packaging is designed to protect the product and minimize breakage of individual pieces.

However, in order to distribute the product to the point of sale, a secondary packaging solution that can maintain the integrity of the primary packaging is also required, and the corrugated box packaging realized by the CWP ERGON packaging cardboard packaging machine provided by SMIC is to achieve this goal best solution.

CWP Aigen Series: Main Advantages Automatic food packaging machine is compact and environmentally friendly

Packer downsizing is easily adapted to logistical conditions at either end of the line layout.

The machines are equipped with the latest IoT technologies allowing advanced automation, flexibility of use, energy saving and respect for the environment.

Food automatic packaging machines are versatile and efficient:

The CWP ERGON case packer packs a wide variety of rigid containers in boxes and corrugated cardboard trays at a top speed of 40 packs/minute.

The machine is equipped with a motorized oscillating guide system that simplifies the correct guidance of loose containers on the infeed conveyor, equipped with chains made of thermoplastic material with a low coefficient of friction.

Food automatic packaging machine is flexible and easy to use:

Thanks to the touch screen operator panel equipped with a user-friendly graphical interface, the CWP ERGON packer is more flexible and easy to use compared to the standard on the market.

It allows operators to perform advanced diagnostic tests and live technical support.

If you would like to know more about the advantages of CWP Eigen Packaging, we invite you to contact our sales department or visit our website.

Automatic food packaging machine calculation of linear and radial bearing life, ball screw life, ball screw critical speed, and deflection of support profiles

When considering whether to manufacture or purchase a linear system, consider the engineering time and expertise required to design the system from the ground up. You will need to calculate linear and radial bearing life, ball screw life, ball screw critical speed and deflection of support profiles, among other parameters. You'll also need to choose a lubricant and lubrication system, and design a cover to keep out contaminants.

You can increase the size of the system to shorten the design time, but the final system will cost more and take up more space. You still need to do a basic engineering review to make sure you haven't missed anything.

On the other hand, if you decide to purchase a linear food automatic packaging machine system, the standard catalog products will sometimes not meet the application requirements. You may need to have a supplier modify a standard product for you or design a component from scratch.

Vendors with broad product and engineering capabilities can work with you to resolve issues with your application. The end result is that you'll save time and money, and speed up your development cycle.

Application examples of food automatic packaging machine:

The designers went for three different applications, each from a different market, each with a 500-pound load. Depending on the circumstances and application details, they arrived at three very different end results.

Application 1 – Automatic food packaging machine: A linear unit is required to vertically position an automatic shrink packaging machine. The vertical orientation pushes us towards the ballscrew for safety reasons. Although the sealing, speed and precision requirements are low, the moment load is quite severe due to the rotating winding motion. High moment loads bring us to a ball-guided carriage.

Application 2 – Machine Automation: Linear units in paint booths require high acceleration and smooth operation. The speed requirement of 1.5 m/s refers to the belt drive. Additionally, the application needed to be maintenance-free, which drove the choice for slide guides. While an extended spray boom can create serious moments, the use of two synchronized slides eliminates potential moments.

Application 3 – Dispensing and Filling: A linear unit is required to quickly position the dispensing head. Throughput is the most important thing; belt-driven, wheel-guided for maximum speed. Zip seal protects unit from spills or splashes. The slightly larger frame size supports the underslung distribution head.