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Cinncinati 150 ton Make:-1993

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Cinncinati 150 ton Make:-1993 Specification

Machine Type
Injection Moulding Machine

Origin
USA

Condition
Used, Good Working

Capacity
150 Ton Clamping Force

Color
Standard Industrial Green

Voltage
415 V

Used For
Plastic component manufacturing

Weight
Approx. 9500 kg

Manufacturing Year
1993

Power
30 kW

Dimension (L*W*H)
5.2m x 1.7m x 2.3m

Feature
Precision hydraulic system, robust build

About Cinncinati 150 ton Make:-1993

Cinncinati 150 ton Make:-1993

We provide the range of fully automatic plastic injection moulding machines to our customers. We offer these products in global market within definite time and at affordable prices, with following specifications:

Make	M
Modal		KAWAGUCHI150TON
Making Year		1995
clamping force	Ton	150
screw diameter	mm	45
shot weight PS	g	260
shot volume	cm	320
injection pressure	kgf/1/2	1640
tie bar distance H x V	mm	510 x 510
mould height min	mm	300
mould opening stroke	mm	450
Total Opening ( Daylight)	mm	750
Ejector stroke	mm	125
Ejector Force	Ton	8.3
main motor	Kw	3.7
heating total Load	Kw	2.9
machine weight	Ton	0.8
dimensions of the machine L x W x H	m	2.83 x1 .74 x1 .72
Oil Tank		500

Precision Engineering for Consistency

The Cincinnati 150 Ton Used Injection Moulding Machine excels in delivering consistent plastic components due to its precision hydraulic system and high-performance injection unit. Multiple heating zones with digital displays allow precise temperature control, essential for complex moulds.

Versatile Operation Modes

Switch easily between automatic and manual modes to adapt production based on operational needs. The motorized shut height adjustment feature simplifies setup changes, catering to a wide range of mould sizes and improving workflow efficiency.

Suitable for Heavy-Duty Applications

Built to withstand demanding environments, the Cincinnati machines sturdy frame, large oil tank, and robust build ensure long service life. Its 150-ton clamping force and high-capacity ejector stroke make it suitable for diverse manufacturing requirements in the plastics industry.

FAQs of Cinncinati 150 ton Make:-1993:

Q: How does the multiple heating zone system benefit the injection moulding process?

A: The multiple heating zones with digital displays allow precise temperature management across different areas of the mould, resulting in consistent melting, improved product quality, and minimized defects during the injection moulding process.

Q: What is the primary usage of the Cincinnati 150 Ton injection moulding machine?

A: This machine is primarily used for manufacturing plastic components, thanks to its precision screw and robust hydraulic system that ensure accurate and efficient injection moulding operations.

Q: When should I switch between automatic and manual operation modes?

A: It is advisable to use the automatic mode for continuous production runs that require consistent settings. Manual mode is preferable during setup, mould changes, or when troubleshooting specific process parameters.

Q: Where is this injection moulding machine currently located and can it be exported?

A: The machine is currently located in India and is available for export, making it accessible to international buyers and manufacturers seeking durable moulding equipment.

Q: What is the process for adjusting the mould shut height?

A: The mould shut height can be adjusted using the machines motorized system, which allows for quick and precise adaptation between different mould sizes for a streamlined production process.

Q: What are the main operational benefits of this used machine?

A: Key benefits include reliable performance, versatility in handling various mould dimensions, efficient power consumption, and a robust construction ideal for sustained industrial use.

Q: How does the robust build and precision hydraulic system enhance production quality?

A: The sturdy construction minimizes vibration and wear, while the precision hydraulic system ensures controlled, repeatable clamping and injection cyclesboth crucial for maintaining high-quality output in plastic component manufacturing.