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Vertical injection molding machine DV-400

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Product Description

*Standard Style of DV Vertical Injection Machine

*Vertical clamping, vertical injection, safe and prevent mold from weight, it fit for inserts plastic molding.

*Human oriented design, different types machines to select, more closely to clients’different requirement.

Specification
Model		Unit	DV-250
( Injection Unit )	Screw diameter	mm	Ф25	Ф28	Ф32
	Maximum injection pressure	Kg/cm²	1814	1446	1107
	Theoretical shot volume	cm³	49	61	80
	Maximum shot weight（PS）	g/Oz	45(1.6)	56（2.0）	74（2.6）
	Injection rate	cm³/sec	37	46	60
( Clamping Unit )	Clamping force	ton	25
	tie bar distance	mm	335 × 225
	Minimum mold thickness	mm	100/180（Can be customized according to customer requirements）
	Opening stroke	mm	180
	Open daylight	mm	280/360（As required）
	Ejector force	T	1.3
	Ejector stroke	mm	35
( Others )	Pump motor power	Kw	4
	Hydraulic system pressure	Kg/cm²	140
	Barrel heating power	Kw	2.7
	Total wattage	Kw	6.7
	Oil tank capacity	L	120
	Machine weight (approx.)	T	0.9
	Machine dimensions(approx.)	m	1.6×0.9× 2.3

Specification
Model		Unit	DV-400
( Injection Unit )	Screw diameter	mm	Ф28	Ф32	Ф36
	Maximum injection pressure	Kg/cm²	2000	1531	1210
	Theoretical shot volume	cm³	74	97	122
	Maximum shot weight（PS）	g/Oz	68（2.4）	89（3.1）	113（4.0）
	Injection rate	cm³/sec	42	55	70
( Clamping Unit )	Clamping force	ton	40
	tie bar distance	mm	410 × 255
	Minimum mold thickness	mm	150/250（Can be customized according to customer requirements）
	Opening stroke	mm	200
	Open daylight	mm	350/450（As required）
	Ejector force	T	1.3
	Ejector stroke	mm	35
( Others )	Pump motor power	Kw	5.5
	Hydraulic system pressure	Kg/cm²	140
	Barrel heating power	Kw	3.6
	Total wattage	Kw	9.1
	Oil tank capacity	L	195
	Machine weight (approx.)	T	1.5
	Machine dimensions(approx.)	m	1.8×1.0× 2.4

Specification
Model		Unit	DV-600
( Injection Unit )	Screw diameter	mm	Ф32	Ф36	Ф42
	Maximum injection pressure	Kg/cm²	1531	1210	1190
	Theoretical shot volume	cm³	97	122	194
	Maximum shot weight（PS）	g/Oz	89（3.1）	113（4.0）	176（6.3）
	Injection rate	cm³/sec	55	70	109
( Clamping Unit )	Clamping force	ton	60
	tie bar distance	mm	460× 310
	Minimum mold thickness	mm	200/300（Can be customized according to customer requirements）
	Opening stroke	mm	250
	Open daylight	mm	450/550（As required）
	Ejector force	T	1.7
	Ejector stroke	mm	45
( Others )	Pump motor power	Kw	7.5
	Hydraulic system pressure	Kg/cm²	140
	Barrel heating power	Kw	5.55
	Total wattage	Kw	13.05
	Oil tank capacity	L	245
	Machine weight (approx.)	T	2.2
	Machine dimensions(approx.)	m	1.9×1.1× 2.9

Specification
Model		Unit	DV-850
( Injection Unit )	Screw diameter	mm	Ф36	Ф42	Ф46	Ф48
	Maximum injection pressure	Kg/cm²	2074	1523	1270	1166
	Theoretical shot volume	cm³	162	221	266	289
	Maximum shot weight（PS）	g/Oz	150（5.3）	203（7.1）	245(8.7)	266（9.4）
	Injection rate	cm³/sec	88	120	134	157
( Clamping Unit )	Clamping force	ton	85
	tie bar distance	mm	510× 360
	Minimum mold thickness	mm	200/300（Can be customized according to customer requirements）
	Opening stroke	mm	250
	Open daylight	mm	450/550（As required）
	Ejector force	T	2.2
	Ejector stroke	mm	65
( Others )	Pump motor power	Kw	11
	Hydraulic system pressure	Kg/cm²	140
	Barrel heating power	Kw	7
	Total wattage	Kw	18
	Oil tank capacity	L	390
	Machine weight (approx.)	T	3.0
	Machine dimensions(approx.)	m	2.0×1.3× 3.1

Specification
Model		Unit	DV-1000
( Injection Unit )	Screw diameter	mm	Ф36	Ф42	Ф46	Ф48
	Maximum injection pressure	Kg/cm²	2570	1888	1574	1446
	Theoretical shot volume	cm³	183	249	298	325
	Maximum shot weight（PS）	g/Oz	162（5.7）	221（7.8）	266（9.4）	289（10.2）
	Injection rate	cm³/sec	101	137	165	179
( Clamping Unit )	Clamping force	ton	100
	tie bar distance	mm	560× 400
	Minimum mold thickness	mm	200/300（Can be customized according to customer requirements）
	Opening stroke	mm	270
	Open daylight	mm	470/570（As required）
	Ejector force	T	2.7
	Ejector stroke	mm	65
( Others )	Pump motor power	Kw	15
	Hydraulic system pressure	Kg/cm²	140
	Barrel heating power	Kw	7
	Total wattage	Kw	22
	Oil tank capacity	L	400
	Machine weight (approx.)	T	4.1
	Machine dimensions(approx.)	m	2.2×1.3× 3.2

Types of injection molding machines

Machines are classified primarily by the type of driving systems they use: hydraulic, mechanical, electrical。

Hydraulic

Hydraulic process have historically been the only option available to molders until Nissei Plastic Industrial Co., LTD introduced the first all-electric injection molding machine in 1983. Hydraulic machines, although not nearly as precise, are the predominant type in most of the world, with the exception of Japan.

Mechanical

Mechanical type machines use the toggle system for building up tonnage on the clamp side of the machine. Tonnage is required on all machines so that the clamp side of the machine does not open (i.e. tool half mounted on the platen) due to the injection pressure. If the tool half opens up it will create flash in the plastic product.

Electric

The electric press, also known as Electric Machine Technology (EMT), reduces operation costs by cutting energy consumption and also addresses some of the environmental concerns surrounding the hydraulic press. Electric presses have been shown to be quieter, faster, and have a higher accuracy, however the machines are more expensive.

Hybrid injection (sometimes referred to as "Servo-Hydraulic") molding machines claim to take advantage of the best features of both hydraulic and electric systems, but in actuality use almost the same amount of electricity to operate as an electric injection molding machine depending on the manufacturer.

A robotic arm is often used to remove the molded components; either by side or top entry, but it is more common for parts to drop out of the mold, through a chute and into a container..

May You Ask

What is injection molding machine used for?

An Injection molding machine, or (Injection moulding machine BrE), also known as an injection press, is a machine for manufacturing plastic products by the injection molding process. It consists of two main parts, an injection unit and a clamping unit.

How does an injection molding machine work?

The plastic is then injection through a nozzle into a mould cavity where it cools and hardens to the configuration of the cavity. ... The mould tool is mounted on a moveable platen – when the part has solidified, the platen opens and the part is ejected out using ejector pins.

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