Machine de moulage par injection

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LS268/580G HighSpeed Machine de moulage par injection

Spécification de la machine

Description	Unité	Valeur
UNITÉ D'INJECTION
Volume de tir	cm³	452
Poids du tir	g	411
Vitesse de tir	mm/s	348
Diamètre de la vis	mm	50
Pression d'injection	MPa	175
Rapport L:D de vis	--	22
UNITÉ DE SERRAGE
Force de serrage	kN	2680
Coup d'ouverture	mm	550
Espace entre les barres de liaison	mm x mm	580 x 520
Épaisseur du moule(min)	mm	220
Épaisseur du moule(max)	mm	550
Course d'éjection hydraulique	mm	140
Force d'éjection hydraulique	kN	88
UNITÉ DE PUISSANCE
Moteur de pompe	kW	68
Capacité de chauffage	kW	19.8
GÉNÉRAL
Capacité du réservoir d'huile	L	520

Dimensions de la machine

Special Features

Optimized Toggle Unit Design
Cam-ring Mechanism
Multistage Ejector
Larger Space for Mold
Large-sized Linear Guide Rail Support
The Advanced Control Interface
Closed-loop PID Temperature Controller
Efficient Injection Structure
Precise Linear Guide ail
Servo Motor and Drive
Injection Molding Machine for IML Solutions

Q & A

Why it's not recommended to have an IML solution with more than 4 cavities for containers which request a wrap+bottom labeling?

For an IML container which request a wrap + bottom labeling will need 2 labels and request a reverse injection technology. With two labels means that there would be 2 sets of magazines and mandrel to stock and pick the labels for the containers. A four cavities design of the mold there would be sufficient space in the IML robot to fit in the extra magazines, but for more cavities mold design the size of the magazine will exceed the limit of the IML robot and will reduce the efficiency of the robot. It would not be an ideal solutions for Wrap + Bottom IML Solutions

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