Plastic Injection Molding


Customized Plastic Injection Molding

TRISEN has a middle range of moulding machineries ranging from 30 – 350 tons clamping force with fully electric to enhance for precision molding requirement. We have a total of 36 unit machineries that capable to operate 24 hours a day. The facilities enable us to provide services of mould trial, small volume production and lock up capacity for large scale delivery quantity. We have a full line of auxiliary equipments to support the engineering plastic molding.

We believe our true success comes only from an approach and commitment to plastic injection molding that provides our customer unparalleled competitive advantage in terms of improved quality, efficiencies and increased profitability.

List Of Injection Molding Machineries
380T – 100TFANUC / TOSHIBA11
5150T – 170TTOSHIBA3
7250T – 280TSUMITOMO2
List Of Molding Auxiliary Equipment
1Pick Up Robotic Arm36
2Dehumidifying Dryer10
3Drying Hopper Dryer45
4Raw Material Auto Loader36
5Mold Temperature Controller40
6Hot Runner Controller10
7Hydraulic Core Puller6
8Annealing Oven2
9Cooling Circuit Pressure Tester1

The Key Parameter To Achieve Molding Product Quality:

  • Injection Melting Temperature
  • Mold Plate Temperature
  • Injection Speed
  • Injection & Holding Pressure
  • Cushioning Position

The Injection Plastics molding defects could be attributed mainly from the following causes:

  • The molding machine
  • The mold construction
  • The plastic raw material
  • The molding operator handling criteria

The activities are formed to eliminate unnecessary maintenance, improve quality and increase capacity. Determine to apply effective technologies and metrologies for the maintenance program.

Schedule Predictive Maintenance

Injection Molding Production Gallery

Why Customized Injection Molding ?

Customised injection moulding is a manufacturing process that yields plastic items and parts made especially for the customer. Injection moulding involves melting plastic, such as thermoplastic or thermosetting polymers, by heating the material to a molten state. The molten material is then injected into a mould cavity, which is intended to produce the finished product or component in the desired shape. The finished product is expelled from the mould once the material has cooled and solidified inside.

Below are few benefits of customized injection molding :

Caters for Specific needs : Customised injection moulding enables producers to create parts that are suited to the particular requirements of the product they are producing. This guarantees that the finished item can fulfil the specific demands of the application and is fully appropriate for the purpose for which it was created.

High accuracy and reliability: Customised injection moulding is an extremely accurate process that can create products with very small tolerances. This guarantees that every component will fit together precisely and carry out its intended purpose. The finished product will also be consistent in terms of size and quality.

Cost-effective: Personalised injection moulding can be a reasonably priced manufacturing method, especially for large production runs. It’s an excellent choice for goods that will be produced in big quantities because the cost per part drops dramatically once the initial tooling is paid for.

Numerous materials, including composites, metals, and plastics: Customised injection moulding can be used with a variety of materials, including these. As a result, manufacturers have the option to select the substance most suited for the task at hand, resulting in a product that is robust and long-lasting.

Production efficiency: Customised injection moulding is a very effective manufacturing technique, especially when compared to CNC machining or 3D printing. This makes it the ideal method for items that need to be made rapidly and in big quantities since parts can be created quickly and at a high rate.

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