Injection Molding Conveyors

Injection Conveyor Visual Gallery

Injection carriers allow the plastic piece out of the model to be taken in a controlled form and the next processing transfer. The product collected under the machine does not require the same installation of the piece left by the robot and the product that the operator will control. In this section you can examine the carriers models prepared according to the different stages of injection production, you can choose the transport solution that fits the way the product works.

Injection Conveyor Models

The machine to collect products

In sub-machine applications, the entry height of the carrier, the available space under the machine and access during the shape change are important. The flat or curved collection section is placed according to the drop point of the piece. The service area of the machine is also taken into account when designing the sub-share; the transport system should not prevent access to maintenance and the movement of the operator. With the sub-injection carrier, you can examine these settlement decisions in detail on the injection carrier output pages.

Controled transportation at the robot output

The height of the leaving on the robots lines, the way of contact the product on the band and the work circle of the robot are handled together. The band width and side guidelines are selected according to the product so that sensitive surface parts are not swallowed on the band. The protection structure in the robots subbarrier models, the points to which the operator will access and the discharge area of the product are also planned. The safety equipment with the protection cabin is assessed according to the project. The barrier alone does not solve all risks; the access and moving points on the line are studied together.

Type Z, Type L and angle models

When the product needs to be transported between different levels, the Z type, the L type or the corner injection carriers are the starting options. The Z type model provides a horizontal transfer section at the top while the L type structure focuses on the work of collecting and upgrading from the bottom. The available area affects the height of the output box and the sliding behavior of the piece on the tape which geometry is suitable. The paleted band and side guide options are treated according to the shape of the piece. The piece alone is not selected with a fixed catalogue value; the product sample and working conditions are important.

Distribution, cooling and metal control

The distinctive transmitters are assessed on the lines that need to be directed to different gathering points of the product and the road. The distinctive method determines the size of the product and the road; it is useful to be examined through the sample. If hot parts need to be waiting before the subsequent processing or cooled by air flow, the ventilated cooling applications can be used. In the processes required metal control, the detector and separation system are selected along with the transport line. These special tasks bring additional mechanical and automation needs to the standard banding transmitter's installation.

PVC or modular band

When selecting the band type, the output temperature, surface sensitivity, sharp edges and cleaning method are studied. PVC band injection carriers can be used in many light pieces transfer. The structure of the plastic modules and surface geometry in modular band systems are selected according to the application. The temperature limit of the band material and the contact conditions with the product should be clarified during the technical selection. It is the right start to assess the band type by the sample of the piece, the working time and the expected maintenance form instead of accepting the appropriate for each injection piece.

Special measurement and offer preparation

The length, bandwidth and foot height that corresponds to the production area are determined according to the project. The machine output height, the size and weight of the product, the time of circulation and the number of parts output in a circle must be shared for the offer. If the robot is used, the photo of the leaving point and how the robot leaves the product is also useful. The desired output direction, the box size, speed control, the sensor and wheel needs are included in the same assessment. Advanced Engineering, mechanical settlement and transportation principles are cleared together through this information.

Frequently Asked Questions

Is the injection carriers produced in standard measurement? The location and measurements are determined by the machine, the product and the production area. Is the same carriers available under and under the machine? For this, the entry height, the form of the product leaving and the need for protection must be studied together. Is the distribution of the route done in each product by the same method? No; the geometry of the route with the piece affects the distribution method. Can the speed settings be added? The speed control can be included in the project with the right engine and driver choice. You can look at the descriptions and galleries of the following product pages for the right model.

Interested Conveyor Models

• All the carrier products
• Injection Carrier Group
• Type Z injection transmitter
• Type L injection transmitter
• Robot with six barriers
• The road transfer

Product information on other sites

This product group Injection Converter in our site can check, for rolling solutions on the transport line Our Role Carrier Products You can see.

Product photo, machine placement and your basic dimensions Contact with Advanced Engineering You can ask for information for the appropriate carrier for your project.