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Used Plastic Injection Moulding Machinery

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used Plastic Injection Molding Machinery

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used Plastic Injection Molding Machinery Specification

Condition
Used

Feature
High precision molding, energy efficient, fast cycle time

Manufacturing Year
2015

Used For
Manufacturing plastic products, components and parts

Voltage
380V / 50Hz

Dimension (L*W*H)
6.5 m x 1.8 m x 2.5 m

Capacity
300 Tons Clamping Force

Origin
Imported (Japan)

Output
Up to 400 shots/hour

Color
White & Grey

Weight
Approx. 8 Tons

Power
Electric

Machine Type
Plastic Injection Molding Machine

About used Plastic Injection Molding Machinery

Toshiba 50 ton

We are largest suppliers in India 50 ton Toshiba (injection moulding machine). the Toshiba in good condition to manufacturer the product. we provide the machine Toshiba in working condition

used Plastic Injection Molding Machinery

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		MITSUBISHI
Model		350MGII-40
Making Year		1990
clamping force	Ton	350
screw diameter	mm	62
shot weight PS	g	1030
shot volume	cm	1120
injection pressure	kgf/1/2	1640
tie bar distance H x V	mm	730 x 730
mould height min	mm	300
mould opening stroke	mm	950
Total Opening ( Daylight)	mm	1250
Ejector stroke	mm	125
Ejector Force	Ton	8.3
main motor	Kw	45
heating total Load	Kw	15.6
machine weight	Ton	14.4
dimensions of the machine L x W x H	m	7.95 x 1.84 x 1.92
Oil Tank		900

High-Precision, Energy-Efficient Operation

Engineered for demanding applications, this used plastic injection molding machine guarantees high accuracy, repeatability, and stability in every cycle. Its advanced energy-saving hydraulic system reduces operating costs, while the precision-driven PLC digital controls deliver consistent outputs. These features combine to support fast cycle times and increased productivity, making it suitable for both high and medium volume manufacturing.

Comprehensive Digital and Hydraulic Controls

The integrated PLC-based digital control system provides intuitive machine management and precise parameter adjustment for complex molds. Backed by five independent heating zones and an advanced hydraulic system, operators can achieve ideal temperature distribution and efficient power usage, minimizing material waste and ensuring quality outcomes on every production run.

FAQs of used Plastic Injection Molding Machinery:

Q: How is the performance of this used injection molding machine maintained after 18,000 running hours?

A: Despite having operated for 18,000 hours, the machine remains in excellent condition due to regular maintenance and the durability of its Japanese build. The advanced hydraulic system and PLC digital controls ensure sustained precision and energy efficiency even after extensive use.

Q: What types of products can be manufactured with this machine?

A: This injection molding machine is engineered for the production of various plastic products, components, and parts, including complex items requiring high precision, such as automotive, electronic, and industrial plastic components.

Q: Where is this used injection molding machine sourced from?

A: The machine is an imported model from Japan, renowned for its robust engineering and longevity, ensuring a reliable addition to any manufacturing setup.

Q: When is it ideal to use a machine with a 300-ton clamping force and 995 g shot weight?

A: This machine is optimal for medium to large-sized plastic parts or when multiple smaller items are molded simultaneously, benefiting businesses requiring high-output and consistent quality.

Q: What is the process control advantage of PLC-based digital controls?

A: PLC-based digital controls allow for precise adjustment of injection and molding parameters, facilitating reproducibility, faster setup changes, and reduced human error, which together enhance product quality and operational efficiency.

Q: How does the energy-saving hydraulic system benefit users?

A: The advanced hydraulic system with its energy-saving pump significantly reduces electricity consumption during operation, leading to lower operating costs and a more sustainable manufacturing process.