SOFT DROP

SD SERIES

The SD Series includes a range of Soft Drop devices designed for the storage of preforms and plastic materials coming from processing machines.These pneumatic systems ensure gentle handling of the product to preserve its integrity.


Material from the injection molding machine is conveyed directly to the Soft Drop via a TB Series conveyor belt installed at the machine.Inside the Soft Drop, a flat belt distributes the material, alternately loading the different hoppers or chutes.


Once loading is complete, the hopper lowers and releases the material from a predefined minimal height, preventing impacts or damage during unloading.PET Solutions offers a modular range, from two to multiple loading stations, to meet various production needs.


The height and width of the structure are adjustable and customizable according to the customer’s required layout.

TECHNICAL SPECIFICATION

Control panel with microprocessor control and TOUCH display for simple and intuitive programming, providing full management of the operational process and loading logic.

Product-contact components made of electropolished stainless steel to ensure hygiene and durability.

Captive screws designed to prevent the risk of contamination of the final product.

Standard inverter for optimal material distribution inside the box.

Control electrical panel positioned on the side for enhanced safety and easy access.

Frame equipped with wheels for easy mobility.

Integrated optical sensor for precise release of preforms and material.

Gear motor equipped with an electropolished stainless steel oil drip pan.

RS485 Modbus communication interface.

Polyurethane (PU) belts suitable for contact with high-temperature materials and certified for use in the food industry.

ACCESSORIES

Safety barriers.

Vibrating tables for containment boxes.

Customizable number of loading stations.

Motorized sensors.

Mist spray application.

CDZ (cooling system for preforms on belts and in boxes).

Load cell application.

ADDED
VALUE

Easy access, adjustment, and cleaning.

High transfer speed of the finished product.

Elimination of production waste during the transfer and storage of the finished product.

Reduced risk of material damage.

Reliability in the transport of plastic material.

Automation of the plastic material handling process.