High-speed Cartoning Machine

High-speed Cartoning Machine

High-speed cartoning machine have a wide range of applications across various industries due to their efficiency and ability to handle different types of products.

Industria farmacéutica: Packaging blister packs, botellas, tubes, vials, and other medical products.

Food and Beverage Industry: Cartoning food items like chocolate bars, biscuits, granola bars, bolsitas, and cans.

Cosmetic and Personal Care Products: Packaging cosmetic items such as creams, lotions, shampoos, and makeup products into retail cartons.

Healthcare and Medical Devices: Packaging of surgical instruments, disposable medical items, and healthcare kits.

High-speed cartoner are valued for their ability to handle large volumes efficiently, reduce manual labor, and improve packaging consistency and accuracy.

Especificación:

Hasta 320 carton/min

Appplicable for bister plates, botellas, sachet etc

20 Días de entrega rápida

Solicitar presupuesto

How is the high Speed Cartoning Packing Machine

Cartoner can automatically and quickly pack blister plate, POD, facial cleanser, ointment, bolsitas, botella, granule bag, condom, soft double-layer aluminum, coffee, mask and etc.

Principales características

Capacidad de producción :	máx.. 320 cartons/min
Size range of carton:	l(65-150)W.(35-85)H(12-45)milímetros
Requirements of instructions	size range of instructions:l(78-250)*W.(85-170)milímetros
	range of folding times of instructions:1-4 fold
	instructions weight:60-70g/m²

Feeding of Cartons: Flat cartons are fed from a magazine or stack, typically using a mechanical arm or suction system, and are erected into shape.

Product Loading: The product is pushed into the erected carton through a mechanical pusher or by vacuum suction.

Leaflet Insertion: If required, a pre-folded leaflet is automatically inserted into the carton along with the product.

Carton Closing: After the product and leaflet are inserted, the machine folds and closes the carton flaps, usually by tucking or gluing them. The mechanism can vary between tuck-in, hot melt, or adhesive closure.