Thermoplastic Injection Molding & Manufacturing
Need thermoplastic injection molding services for a custom plastic part or component? Need a mold maker that is equipped with the latest technology, state-of-the-art machines, and expert personnel? Aline Components, Inc. is your solution. Aline is a full-service custom plastic injection molding and manufacturing company located in Kulpsville, PA. From concept to finished product, everything you need is handled in-house.
Our designs, rapid prototypes, toolings, mold options, value-added processes, and range of thermoplastic materials are second to none. Since 1965, we have been supplying customers from a wide range of industries, based internationally, nationally, and regionally in Pennsylvania, New Jersey, New York, Delaware, and Maryland with high-end, high-performance products. Aline Components is proud to be ISO 9001 compliant and QS 9001 compliant. For quality custom plastic parts or components you can rely on, choose a thermoplastic injection molding and manufacturing company that has experience in the industry. Choose Aline Components, Inc.
Value-Added Processes Innovative Custom Solutions
A leading plastic injection molding and manufacturing company, Aline Components excels at working directly with customers to design and supply innovative custom solutions that meet unique product needs and application requirements.
Design and Part EngineeringThe Latest CAD Technology
Through the use of computer-aided design (CAD) technology, we work with customers to create an exceptional plastic injection mold design.
Tooling, Dies, and MoldsSmall-Order Friendly
Aline plastic manufacturing uses a refined and efficient process to produce exact specifications in custom plastic parts at speeds that meet customer deadlines and exceed customer expectations.
We can turn your design into reality
Aline Components
Thermoplastic Injection Molding Process
A principal process for manufacturing custom plastic parts or components, thermoplastic injection molding involves taking thermoplastic material in the form of pellets or grannuals and heating the material until a melt is obtained. The melt is then forced into a split-die chamber/mold where it cools to form the desired shape. The mold is opened, the part is ejected, and the cycle is repeated.
