Product details:

Model number	CS600/IU4250			CS700/IU5600			CS880/IU7300			CS1050/IU9300			CS1250/IU11000
Injection part	A	B	C	A	B	C	A	B	C	A	B	C	A	B	C
Injection volume cm ^ 3	2030	2610	3261	2614	3308	4084	3563	4398	5322	4712	5702	6786	5702	6786	7963
Injection volume (PS) g	1830	2401	3000	2405	3043	3757	3278	4046	4896	4335	5246	6243	5246	6243	7327
Screw diameter mm	75	85	95	80	90	100	90	100	110	100	110	120	110	120	130
Screw aspect ratio Sc	24	21	19	24	21	19	23	21	19	23	21	19	23	21	19
Injection rate to air, cm^3/s.	442	575	718	491	621	766	621	767	928	773	935	1113	926	1102	1295
Injection pressure Mpa	210	163	131	213	169	137	206	167	138	196	162	·136	193	162	138
Maximum plasticizing capacity (PS) g/s	82	119	166	93	133	182	123	169	225	160	210	273	210	273	355
Maximum screw speed rpm	160			160			145			130			130
Injection speed mm/s	100			100			100			100			98
Injection stroke mm	460			520			560			600			600
laminated part
Junction force Kn	6000			7000			8800			10500			12500
Die transfer stroke mm	950-1550			1000-1750			1100-1850			1300-2000			1450-2250
Tie rod inner spacing mm	960*860			1060*960			1160*1020			1260*1120			1360*1220
Maximum template distance mm	1900			2150			2300			2500			2800
Maximum die thickness mm	950			1150			1200			1200			1350
Minimum film thickness mm	350			400			450			500			550
Ejection stroke mm	300			300			300			350			350
Maximum ejection thrust Kn	232			232			232			330			330
Electronic control part
System pressure Mpa	17.5,21			17.5，21			17.5，21			17.5，21			17.5，21
Oil pump motor power Kw	75+7.5			55+31+7.5			65+31+7.5			65+55+7.5			65*2+7.5
Storage motor power (optional) ※ Kw	53 (integrated direct drive)			55 (motor + gearbox)			55 (motor + gear)			55 (motor + gear)			55 (motor + gear)
Electric heating power Kw	40			45			55			60			65
temperature control zone	5			6			6			6			6
Other
Fuel tank capacity L	750			900			1000			1200			1400
Total weight t	23			28			35			43			53
External dimensions: m	7.5*2.3*2.3			8*2.5*2.5			9*2.8*2.7			9.8*3*2.8			10.5*3.1*2.8
Front dimension of moving template
Template side size
exterior size

Product features:

Advantages of mold clamping structure

High rigidity and stability:

The two-platen injection molding machine abandons the middle plate of the traditional three-platen injection molding machine and consists of two templates forming a clamping unit. The overall structure is more compact and concise, and the mechanical rigidity is significantly improved. This allows the template to have minimal deformation when subjected to high clamping force, ensuring the accuracy of mold closing during the injection molding process. It is extremely critical for the production of large-scale, high-precision plastic products, such as auto parts, large home appliance casings, etc., and can effectively Reduce molding defects such as flash.

Quickly open and close the mold:

The two-plate structure reduces the number and stroke of moving parts, making the mold opening and closing movements smoother and more direct, and the mold opening and closing speed is faster. Compared with the three-platen injection molding machine, it can significantly shorten the molding cycle and improve production efficiency. Especially in large-scale and continuous production tasks, every second saved by frequent mold opening and closing can be converted into considerable production capacity improvements over time. .

Template installation convenience

Suitable for large molds:

The large two-platen injection molding machine has a larger template size and ample installation space, and can easily adapt to oversized molds. When manufacturing large instrument panels, bumpers and other molds in the automotive industry, there is no need to worry about the mold being unable to be clamped, and the installation process is relatively simple, which reduces mold replacement and debugging time, and enhances the flexibility of the equipment for the production of different large products.

Injection molding precision performance

Precise injection control:

The advanced two-platen injection molding machine is equipped with a high-precision injection system. The screw diameter and stroke design are more suitable for precise metering and stable plasticization of large doses of plastic raw materials. When injection molding large products, a large amount of plastic needs to be injected at one time, the error of each injection amount can still be ensured to be extremely small, so that the product has uniform density, consistent weight, and high quality stability. Large plastic pipes have strict requirements on wall thickness uniformity. Products can also be accurately formed. Energy Saving and Cost Effectiveness

Efficient energy use:

Due to the streamlined structure, reduced friction loss of moving parts, and optimized hydraulic or electric drive systems, large two-platen injection molding machines consume significantly less energy during operation. After long-term operation, the power cost can be saved a lot compared with traditional injection molding machines, which reduces the company’s production costs and improves the price competitiveness of the product in the market.

Maintenance costs are controllable:

The reduction in the number of parts means fewer failure points, and the workload of daily inspections and maintenance will be reduced. The frequency and cost of repairing and replacing parts will also be reduced. Enterprises do not need to invest too much manpower and material resources in equipment maintenance, and can More resources are invested in production and research and development.

Application:

Large two-plate injection molding machines are widely used. In the automotive field, they shape bumper covers and dashboard parts, ensuring precise, large-scale production to meet strict vehicle quality demands. For home appliances, they mold refrigerator shells and washing machine cabinets, providing strong, seamless enclosures. In construction, large plastic pipes and decorative panels for facades rely on them for accurate, high-volume output. Furniture makers use them to produce sturdy plastic table tops and chair seats. Even in the toy and sports goods sectors, they create big playhouses and kayak hulls, thanks to their large clamping force and injection capacity.