Products are dried by applied heat at the out of the coloring and then, they are put into the boxes from the rollers. During these processes, the frictions caused by the heat and the rolling create some static charges on the products. These static charges make the products rolling to the rollers, sticking to the inner surfaces of the boxes and attracting dust. These problems cause time lost and increasing breakdowns.

If H&O Antistatic bars are positioned after the rollers, the products are neutralized and the problems caused by the static are eliminated.

In the warping machine, the string unfastened from the rollers gets static charges along the way from the out of the warp to the twisting combs. These static charges make thinner strings round and break. Then, this causes the breakdowns of the machine and lost of the time and working.

Since the ionization pins are directed to the strings, H&O Antistatic bars should be positioned under the out of the warping. Thus, the bars neutralize the static charges on the strings and solve the problems created by the static. Also, antistatic bars can be put at the out of the combs for the neutralization of the combing area.

Electrostatic surface charging is a frequent situation in covering and joining machines which operates in high speeds. This static charge should be neuralized before two plastic films are joined. In addition, filth and dust that sticks to surface will lead to printing faults and losses. During wrapping of joined two films in rolls static charge is generated because of friction.

Anti-static bar is placed heading to film surfaces, before joining to neutralize static charge in enviroment. Thus a correct neutralization is provided before joining.After that joined film is passed from anti static bar again to carry out correct wrapping. As a result a reliable production is obtained.

Due to polymer make up of the print head and the very nature of Tampo printing, you are continually creating static on the head of the printer. This is due to friction and separation of materials and surfaces.

For the solution of this problem, By positioning either a PULSElectronic bar or nozzle in a position the will bathe the head in an ion field after each print stage, you will eliminate the charge, prevent spıderıng and fogging of print, increase productivity, reduce waste and improve profits.

As the parısons are extruded from the machıne they wıll start to cool. As they cool, the molecules inside the polymer wıll rub against each other and a static charge wıll be generated. As the charge ıncrease, the parısons wıll start to repel from each other as they wıll all have the same charge due to identical manufacturing process and material make up. This wıll cause damage to the part.

By positioning a PULSElectronıc ionısıng bar across the parısons, you wıll neutralise the charge as the parts cool. This wıll prevent damage to the parısons, reduce waste and down time while increasing productivity and profits.

Static charges are generated as the material is un-wound from the reel. These charges increase as the web passes over rollers and into the forming area. The static charge will create an electro magnetic field which attracts airborne contamination onto the web. This can be a catastrophic problem in food packaging sector.

By positioning two PULSElectronıc ıonısıng bars (one either side of the web) after the un-wind, you will remove the static charge and eliminate the possibility of contamination being attracted to the material.

Dependant on the length of run from the un-wind to the forming area and the product you are filling in the formed bags (Dusty or powdery products can be worst effected), you may need to position a further two ionisers (one either side of the web) to prevent the product sticking to the inside of the formed bag and cause rejects at the thermo welding process.

Large static charges on shrink wrap machines are generated as the material un-winds from the reel. These charges ıncrease as the web passes over rollers. The charged material will then become attracted to earth potentials such as grounded rollers or and metallic part of the machıne which is earthed. Thıs ıs called material mısbehavııor.

By positioning a PULSElectronic ıonısıng bar across the web prıor to the wrapping process, you wıll neutralise the charge, prevent material mısbehavıor. Increase volume productivity and profits while reducing down time and waste.

On an over wrapping machıne, the film is charged as it un-winds from the reel. Thıs charge wıll attract airborne contamination onto the material which results in rejects and loss of revenue. The statıc charge can also jam the machıne as the charge becomes so high that it attracts to the machıne rollers which act as an earth potential.

By fitting PULSElectronic ıonısıng bars to the un-wınd, you wıll remove the statıc charge and prevent dirt and other airborne contamination from attracting to the web. Thıs wıll ıncrease productivity and profits whilst reducing waste and down time.