08045816513

MECHATRONICS MACHINERY & TOOLS (INDIA)
GST : 06AALFM2356E1ZE

Our Products

Used Plastic Injection Moulding Machinery

Microprocessor Controller

New Plastic Injection Moulding Machinery

Servo Drive For Injection Moulding Machine

Hopper Loader Machinery

Hopper Loader Dryer For Injection Moulding Machine

Bakalite Injection Moulding Machine

Bakalite Injection Moulding Machine

Servo Motors

Servo Motors

TOSHIBA 50 ton 1989

Get a Price/Quote

TOSHIBA 50 ton 1989 Specification

Output
Up to 290 cm/s

Voltage
380 V

Feature
Efficient Clamping, Precise Injection, Robust Build

Manufacturing Year
1989

Condition
Used

Used For
Plastic Molding and Forming

Power
Main Motor 11 kW

Weight
Approx 8500 kg

Machine Type
Injection Molding Machine

Color
Standard Industrial

Capacity
50 Ton

Origin
Japan

Dimension (L*W*H)
6.6 x 1.7 x 2.2 m

About TOSHIBA 50 ton 1989

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 Clamping Force for Reliable Molding

The TOSHIBA 50 ton 1989 machine offers a formidable clamping force of 50,000 kN, ensuring superior mold stability during the injection process. This robust feature minimizes production errors and guarantees the precise reproduction of molded parts, which is vital for intricate plastic components. Its efficient clamping mechanism supports demanding industrial operations, making it suitable for a wide range of plastic forming requirements.

Precision Injection and Efficient Cycle Times

Equipped with a 42 mm screw diameter and an injection pressure of 1610 bar, the machine enables accurate dosing and thorough material distribution. The swift cycle time of approximately 2.53.5 seconds allows for higher throughput, optimizing productivity without compromising product quality. Manufacturers benefit from both the precise processing of thermoplastics and the reduced operational downtime.

Integrated Safety and User-Friendly Features

This injection molding machine prioritizes operator safety with its emergency stop and safety door interlock systems. These features reduce workplace risk and improve machine integrity. The straightforward controls, combined with reliable mechanical design, facilitate daily use and maintenance. The machines solid build further enhances its durability for long-term operations in industrial settings.

FAQs of TOSHIBA 50 ton 1989:

Q: How is the TOSHIBA 50 ton 1989 Injection Molding Machine typically used in plastic manufacturing?

A: This machine is primarily utilized for molding and forming plastic components by injecting molten plastic into pre-designed molds. Its robust clamping and precise injection capabilities make it ideal for producing consistent, high-quality parts.

Q: What are the benefits of the high clamping force in this machine?

A: The substantial clamping force of 50,000 kN ensures that molds remain securely closed during injection, preventing material leakage and ensuring accurate, defect-free products even for demanding applications.

Q: When is maintenance recommended for optimal performance?

A: Regular maintenance is suggested every few months or after significant production cycles. Key areas include the hydraulic system, screw and barrel, cooling system, and safety features to maintain reliability and prolong service life.

Q: Where can this machine be installed for maximum efficiency?

A: It is best suited for established industrial environments such as large-scale plastic manufacturing facilities or centralized production units in India where adequate space and appropriate utilities are available.

Q: What is the typical process flow when operating the machine?

A: The operator loads the chosen plastic material into the hopper, sets the desired parameters, then initiates the cycle. The machine melts and injects the material into the mold, clamps securely, and ejects the finished part upon completion.

Q: Which safety features help ensure operator protection?

A: Key safety mechanisms include an emergency stop button and a safety door interlock system, both designed to immediately halt machine operations and prevent accidental exposure to high-pressure components.

Q: What usage advantage does the efficient cycle time offer?

A: With cycle times between approximately 2.5 and 3.5 seconds, manufacturers can achieve faster production rates, reduce energy consumption per unit produced, and fulfill larger orders with improved lead times.