Vertical Plastic Injection Molding Machine Price for Cable Wire USB Charger

Features:
1. Electronic control components and hydraulic components adopt imported parts, which are quiet and powerful, precise and durable, safe and worry free.
2. Vertical injection molding, vertical locking, convenient for injection molding of inserts and multi-purpose injection molding processes.
3. The dual button start method requires both hands to simultaneously press the green start button to close the mold. The triple protection of the electric eye and emergency stop and rebound ensures the personal safety of employees.
4. Multi stage temperature control, multi stage injection pressure, injection rate, and back pressure are infinitely adjustable.

Vertical Plastic Injection Molding Machine Price for Cable Wire USB Charger

The Vertical Plastic Injection Molding Machine is a specialized plastic processing solution designed for manufacturing cable wires, USB chargers, electronic connectors, plugs, terminals, and other products that require insert molding or overmolding. Its vertical injection structure makes it particularly suitable for applications where metal terminals, wires, cables, connectors, or electronic components need to be accurately positioned inside the mold before plastic injection.

For cable and electronic product manufacturers, the molding process needs to provide consistent encapsulation, reliable bonding, accurate positioning, and stable production quality. A properly configured vertical injection molding machine can combine efficient plastic injection with convenient insert placement, helping manufacturers reduce manual handling and improve production consistency.

The machine can be configured according to different plastic materials, product dimensions, mold structures, injection requirements, and production volumes. For buyers searching for Vertical Plastic Injection Molding Machine Price, the final cost depends on machine tonnage, injection unit specifications, control system, mold requirements, automation level, optional equipment, and customization.

Vertical Injection Structure for Insert Molding

Unlike a conventional horizontal injection molding machine, a vertical injection molding machine uses a vertically oriented injection system and mold arrangement.

This structure provides convenient access to the mold area, which can be useful when operators need to place wires, cables, terminals, metal inserts, connectors, or other components into the mold before injection.

The basic production process can include:

Insert Placement → Mold Closing → Plastic Injection → Holding/Pressure → Cooling → Mold Opening → Finished Product Removal

For applications requiring frequent insert placement, the vertical configuration can simplify the operator's workflow and make the machine suitable for semi-automatic or fully automated production.

Cable Wire Overmolding Machine

One of the major applications is cable and wire overmolding.

Cable overmolding involves injecting plastic around a prepared cable, wire, terminal, connector, or other component to create a finished insulated and mechanically integrated product.

A Cable Wire Injection Molding Machine can be used for suitable products such as:

USB Cables
Charging Cables
Power Cords
Electronic Wires
Sensor Cables
Connector Cables
Automotive Wires
Custom Cable Assemblies
Electrical Terminals

The plastic material forms the outer housing or strain-relief section around the inserted component.

The exact molding process depends on cable construction, insulation material, plastic resin, mold design, and required finished-product specifications.

USB Charger and USB Cable Production

USB cables and charger components commonly require accurate molding around wires, terminals, connectors, or electronic components.

A USB Cable Molding Machine can support production of compatible USB-related components through insert molding or overmolding.

Potential products include:

USB Charging Cables
USB Data Cables
USB Connector Housings
USB Plug Components
Charging Wire Assemblies
Cable Strain Reliefs
Electronic Connector Parts

Different USB products may require different mold structures and plastic materials. Therefore, the machine and mold should be selected according to the actual product design.

For high-volume production, automation can also be added to improve insert loading, finished-product removal, and cycle consistency.

Cable Overmolding Process

The cable overmolding process generally begins with positioning the cable, terminal, connector, or other insert inside the mold.

Once the insert is correctly positioned, the mold closes and molten plastic is injected into the cavity.

After filling and pressure holding, the molded material cools and solidifies. The mold then opens and the finished cable component is removed.

The quality of the final product can be influenced by:

Injection Pressure
Injection Speed
Plastic Temperature
Mold Temperature
Cooling Time
Holding Pressure
Material Selection
Mold Design
Insert Positioning

Proper process optimization is important for achieving consistent dimensions and reliable encapsulation.

Insert Injection Molding Applications

The machine is also suitable for a wide range of Insert Injection Molding applications.

Metal or non-metal inserts can be positioned inside the mold before plastic injection. The injected plastic then forms around the insert to create an integrated component.

Common insert materials may include:

Copper Terminals
Brass Terminals
Metal Contacts
Electrical Pins
Wire Ends
Connectors
Small Electronic Components

Insert molding can reduce the need for separate assembly operations and can help create compact components with integrated plastic and metal sections.

Electrical and Electronic Components

The vertical molding configuration is particularly useful for small and medium-sized electrical and electronic components.

Potential applications include:

Cable Connectors
Electrical Plugs
Terminal Blocks
Wire Harness Components
Sensor Connectors
Switch Components
Electronic Housings
Automotive Electrical Components
Charging Accessories

For products requiring accurate insert positioning, the mold and fixture design are important parts of the complete production system.

Stable Plastic Injection

The injection unit is responsible for plasticizing and injecting the selected thermoplastic material into the mold cavity.

Depending on the machine model, different screw diameters, injection volumes, injection pressures, and clamping forces can be selected.

Common thermoplastics used in cable and connector molding may include compatible grades of:

PVC
TPE
TPU
PE
PP
PA
ABS
Other Engineering Plastics

Material selection should be based on electrical insulation, flexibility, temperature resistance, mechanical performance, chemical resistance, and applicable product requirements.

Precise Mold Clamping

Stable mold clamping is important for preventing flash and maintaining product dimensions during injection.

The machine's clamping system holds the mold halves together while plastic is injected under pressure.

For cable overmolding applications, mold design may also include dedicated cable positioning channels, terminal fixtures, interchangeable inserts, or specialized cavities.

A properly designed mold can improve repeatability and reduce material leakage around the cable or insert.

Easy Insert Loading

The open vertical mold area provides convenient access for placing inserts.

Operators can manually position cable assemblies, terminals, connectors, or metal components before initiating the molding cycle.

For larger production volumes, additional automation can be considered.

Possible automation options include:

Automatic Cable Feeding
Insert Loading
Robotic Pick And Place
Automatic Product Removal
Conveyor Transfer
Vision Inspection
Automatic Counting
Multi-Station Production

The appropriate automation level depends on production volume, product geometry, labor costs, and factory layout.

Production Efficiency

Compared with completely manual cable molding processes, an automated or semi-automatic vertical injection molding system can improve workflow consistency.

Once the mold and process parameters have been properly established, operators can repeat the same molding cycle for large batches of products.

Potential benefits include:

Consistent Molding Cycles
Reduced Manual Labor
Better Insert Positioning
Improved Production Efficiency
Reduced Repetitive Operations
Stable Product Quality
Flexible Product Changeover

Actual production output depends on product size, mold cavities, injection cycle, material, cooling requirements, and automation configuration.

How Much Does a Vertical Plastic Injection Molding Machine Cost?

The Vertical Plastic Injection Molding Machine Price varies according to the machine specifications and production requirements.

Important factors include:

Clamping Force
Injection Capacity
Screw Diameter
Injection Pressure
Machine Configuration
Number Of Mold Cavities
Control System
Automation Level
Mold Design
Optional Accessories
Customized Features

A small machine for simple cable overmolding may have very different specifications and pricing from a high-volume automated system for multi-cavity electronic components.

For an accurate quotation, buyers should provide the product drawing, sample, material information, cable diameter, insert dimensions, expected production volume, and desired automation level.

Quality Control and Maintenance

Regular machine maintenance is important for stable long-term operation.

Routine checks can include:

Hydraulic Or Servo System Inspection
Screw And Barrel Inspection
Mold Cleaning
Heating System Inspection
Lubrication
Electrical Connection Checks
Sensor Inspection
Safety Device Testing
Cooling System Inspection

For cable and electronic products, quality control should also include dimensional inspection, visual inspection, insert-position verification, and application-specific electrical or mechanical testing where required.

Why Choose Our Vertical Plastic Injection Molding Machine?
1. Designed for Insert Molding

The vertical configuration is well suited to applications requiring wires, terminals, connectors, and other inserts to be positioned inside the mold.

2. Ideal for Cable Overmolding

Suitable for compatible USB cables, charging cables, electrical wires, connectors, and cable assemblies.

3. Flexible Machine Configuration

Clamping force, injection capacity, control system, mold arrangement, and automation can be selected according to production requirements.

4. Convenient Insert Loading

The vertical mold structure provides easy access for manual or automated insert placement.

5. Stable Injection Performance

Controlled injection parameters help manufacturers establish repeatable production conditions.

6. Suitable for Multiple Plastics

The machine can be configured for compatible thermoplastic materials such as PVC, TPE, TPU, PA, ABS, and other plastics.

7. Supports Automation

Automatic feeding, insert loading, product removal, inspection, and conveyor systems can be integrated when required.

8. OEM Manufacturing Support

Custom machine configurations and molding solutions can be developed according to product samples, drawings, mold requirements, and production targets.

FAQ
1. What Is a Vertical Plastic Injection Molding Machine?

It is an injection molding machine with a vertical injection and mold structure, commonly used for insert molding, overmolding, cable molding, electrical components, and other plastic products.

2. Can It Mold USB Cables?

Yes. With a suitable mold and compatible plastic material, the machine can be used for USB cable overmolding and related connector applications.

3. Can It Be Used for Cable Wire Overmolding?

Yes. It is particularly suitable for applications where wires, cables, terminals, or connectors need to be encapsulated with plastic.

4. What Plastics Can Be Used?

Depending on the machine configuration and product requirements, compatible materials may include PVC, TPE, TPU, PE, PP, PA, ABS, and other thermoplastics.

5. What Is Insert Molding?

Insert molding is a process in which a component such as a metal terminal, wire, connector, or other insert is positioned inside the mold before plastic is injected around it.

6. Is the Machine Suitable for Small Electronic Components?

Yes. Vertical injection molding machines can be configured for many small and medium-sized electronic, electrical, connector, and cable components.

7. What Determines the Machine Price?

Machine price is affected by clamping force, injection capacity, control system, mold requirements, automation, optional equipment, and customization.

8. Can the Machine Be Fully Automated?

Yes. Depending on the product, automation can include insert feeding, cable positioning, product removal, conveyor transfer, inspection, and counting.

9. Can Different Cable Sizes Be Processed?

Yes, provided the mold and fixtures are designed for the specific cable dimensions. Different products may require different molds or tooling.

10. How Can I Get an Accurate Machine Quotation?

Provide the product drawing or sample, cable diameter, insert dimensions, plastic material, product weight, required production output, and desired automation level. These details allow the machine configuration to be evaluated more accurately.
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