Production of moulded plastics

Controlled discharging in automatic injection moulding machines – Discharging Injection moldings sticking to the moulds. Dust attracted and risk of injury to personnel through uncontrolled discharges of the parts in the pan. Discharging bars or ion blower heads prevent sticking and avoid the risk of dust attractioj and personal injuries -production runs faster and safer. Trouble-free removal of plastic film for mobile telephone display windows from the magazine - Discharging Static charges developing during robot removal of plastic film can cause several films to stick together. Ionized air is blown in between the individual layers with a discharge blower head, making removal easier, trouble-free and time and cost-effective. Streamlining inmould labeling - Charging Energy-consuming vacuum air system to fix the labels inside the mould. As before, the label is placed in the mould with vacuum. To keep it there, the energy-consuming second vacuum air system is replaced by an energy-saving charging system, resulting in more cost-effective labeling. Removing dirt and dust particles from the inside of plastic bottles before filling them- Discharging Dirt or dust can find its way onto the inside of plastic bottles due to electrostatic charge. Before the bottles are filled, the dirt or dust has to be removed completely and reliably. In combination with a blow and suction head, the R35 has proven to be reliable and complete in its ability to clean the bottles. Ionization is used to eliminate the static attraction and holding forces while the whirling dirt and dust particles are vacuumed away. Discharging in gravimetric metering and mixing units - Discharging Granulate running into the metering and mixing station attracts static charges, settling around the level sensor and disrupting its proper function. Different coloured granulate begins to separate into its colours. An air-supported discharging system in the metering and mixing station keeps the level sensor free and the granulate is continuously discharged in the mixer, allowing the mixing of different grades without any problems. Applying ionization devices in the manufacturing of electronics- Discharging During the assembly of electronic components, the surface voltage of ESD-sensitive components must be ionized to a voltage level of less than 100 V with the smallest possible half-life. Problems can otherwise arise during the finishing. The ionization of the R35 blower head has proven itself without a doubt in, among many other applications, the manufacturing of cellular phones. For failure-free finishing with perfect results.