Manufactured in Rajkot, Gujarat

Fully Automatic Injection Molding Machine

Automated Plastic Manufacturing for Higher Productivity and Consistent Production

Modern plastic manufacturing is increasingly moving toward automation. Manufacturers want to produce more components with consistent quality while reducing manual handling, production interruptions and operating costs.

A fully automatic injection molding machine combines the injection molding process with automated material handling, part removal, production monitoring and other auxiliary systems to create a more efficient manufacturing workflow.

Boss Automation develops injection molding solutions designed to support automated production environments. Its machine portfolio and engineering capabilities cover mechanical, hydraulic and electronic systems, while its service team also supports robot systems and production-line inspection and control.

Request a Quote Explore the Production Cell

Minimal manual intervention Continuous, repeatable cycles Robot & inspection ready

Fundamentals

What Is a Fully Automatic Injection Molding Machine?

A fully automatic injection molding machine is an injection molding system capable of operating production cycles with minimal manual intervention.

A typical automated production process can include:

MATERIAL FEEDING→ PLASTICIZING→ INJECTION→ HOLDING→ COOLING→ MOLD OPENING→ AUTOMATIC PART REMOVAL→ INSPECTION / CONVEYING→ NEXT CYCLE

Depending on the application, additional equipment can be integrated into the production cell. These may include:

Robotic arms
Automatic material loaders
Dryers
Conveyors
Granulators
Vision inspection systems
Part counting systems
Packaging equipment
Centralized material handling

The exact automation setup depends on the product, mold, production volume and factory requirements.

In Practice

How Does Automatic Injection Molding Work?

Automatic Material Feeding

Plastic raw material is supplied automatically to the machine through a material handling system.

This reduces the need for operators to manually load material into the hopper.

Automatic Plasticizing

The machine heats and plasticizes the material according to the programmed processing parameters.

The screw prepares the required shot for the next injection cycle.

Automatic Injection

Once the mold is closed and the required conditions are met,the machine automatically injects the molten plastic into the mold cavity.

Injection pressure and speed are controlled according to the programmed process.

Holding and Cooling

After filling, holding pressure is applied before the product is allowed to cool inside the mold.

Cooling time is an important factor in determining overall cycle time.

Automatic Mold Opening

Once the cooling stage is complete, the machine opens the mold according to the programmed sequence.

Automatic Part Removal

A robot or automated removal system can take the finished components from the mold and place them onto a conveyor or directly into a packaging/collection system.

Automatic Production Cycle

After part removal, the machine can automatically begin the next cycle.

This allows continuous production with limited operator intervention.

The Payoff

Benefits of Fully Automatic Injection Molding

Reduced Manual Intervention

Automation reduces the need for operators to perform repetitive tasks such as:

Removing components
Handling products
Counting parts
Transferring products
Loading material

This allows operators to focus on machine supervision and quality control.

Consistent Production

Automated machine cycles follow programmed parameters, helping reduce variations caused by manual intervention. This can improve:

Cycle repeatability
Product handling
Production consistency
Process control

Higher Productivity

Automated part removal and material handling can help maintain continuous production and reduce unnecessary interruptions. This is particularly valuable for manufacturers operating:

Multiple shifts
High-volume production
Multi-cavity molds
Automated production lines

Improved Workplace Safety

Automation can reduce the need for operators to work directly around moving molds and machine components during repetitive production activities.

Appropriately designed safety systems and guarding remain essential.

Applications

Industries Using Fully Automatic Injection Molding Machines

Fully automatic injection molding can be applied across a wide range of industries.

Packaging

Food containers
Caps and closures
Packaging components
Thin-wall products

Automotive

Interior components
Electrical housings
Clips and fittings
Functional plastic parts

Electrical & Electronics

Switch housings
Connector components
Electrical enclosures
Appliance components

Household Products

Storage products
Kitchen accessories
Household components
Consumer products

Medical

Laboratory products
Medical device components
Disposable plastic products

For medical and other regulated applications, the complete manufacturing environment must meet the applicable product and quality requirements.

Connected Production

Automatic Injection Molding and Industry 4.0

Modern automated injection molding systems can go beyond simply operating a machine automatically.

Depending on the factory setup, manufacturers can integrate:

Machine monitoring
Production data collection
Automated quality inspection
Production counters
Alarm monitoring
Centralized material handling
Robotic systems
Factory-level production management

This creates a more connected production environment and can help manufacturers identify production issues more quickly.

Boss Automation's published service capabilities include robot systems and production-line inspection and control.

Head-to-Head

Automatic vs Manual Injection Molding

Feature	Fully Automatic Production	Manual / Semi-Automatic Production
Manual Intervention	Low	Higher
Part Removal	Automated	Manual or semi-automatic
Production Consistency	High potential	Depends more on operator
Continuous Production	Suitable	More operator dependent
Labor Requirement	Lower for repetitive handling	Higher
Integration	Robots, conveyors, inspection etc.	Limited or manual
Initial Investment	Generally higher	Generally lower

The right choice depends on production volume, labor availability, product requirements and expected return on investment.

Manufacturing Partner

Why Choose Boss Automation?

Boss Automation has developed injection molding technology across mechanical, hydraulic and electronic systems and maintains dedicated R&D, production, quality-control and service capabilities.

Its service capabilities also include robot systems, machine parameters, maintenance, mold setting and production-line inspection and control, which are particularly relevant when developing automated injection molding cells.

System Design

Key Components of an Automated Injection Molding System

A fully automatic injection molding setup is more than just the molding machine. It is a coordinated production system in which the machine, mold, automation equipment and material-handling systems work together.

A typical automated cell can include:

INJECTION MOLDING MACHINE→ ROBOT→ CONVEYOR→ INSPECTION→ COUNTING→ PACKAGING

The exact configuration depends on the product and production requirements.

Robotic Part Removal

A robot can automatically remove molded components from the mold after each production cycle. This can provide several benefits:

Consistent part handling
Faster mold-to-conveyor transfer
Reduced manual intervention
Reduced risk of operator-related handling errors
Continuous production capability

For high-volume production, automated part removal can be especially useful when the machine operates continuously across multiple shifts. Boss Automation's service information specifically mentions support for robot systems and production-line inspection and control.

Automatic Material Handling

Material handling is another important part of an automated plastic manufacturing process. A centralized or automatic material-handling system can move plastic raw material from storage to the molding machine with minimal operator intervention. Depending on the production setup, equipment may include:

Material loaders
Dryers
Hoppers
Conveying systems
Central material distribution
Material monitoring systems

Automatic material handling can help maintain a continuous supply of material to the machine.

Automatic Product Conveying

After removal from the mold, products can be transferred automatically using conveyors. This allows the production process to continue without requiring operators to manually collect every molded component. Conveyors can be configured for:

Product collection
Cooling
Counting
Inspection
Sorting
Packaging

Automatic Quality Inspection

Automation can also be used to identify production defects. Depending on the application, manufacturers may integrate:

Vision inspection cameras
Dimensional inspection
Weight checking
Presence/absence detection
Color inspection
Defect detection

For high-volume manufacturing, automated inspection can help identify defective products before they reach the next stage of production.

Automatic Counting and Packaging

Once products pass inspection, they can be automatically counted and transferred into:

Bags
Boxes
Trays
Cartons
Bulk containers

This can create a continuous production flow from raw material to finished product.

Servo Technology and Automated Production

Servo technology can complement automated injection molding by providing responsive machine movement and optimized energy consumption. Boss Automation's published machine philosophy includes High Energy Saving alongside High Speed, High Precision, High Safety and High Cycle Stability. Potential advantages of servo-driven systems include:

Optimized power consumption
Precise machine movement
Stable pressure control
Reduced unnecessary operation
Lower heat generation
Efficient production cycles

For factories operating multiple machines for long production hours, energy efficiency can become an important part of overall manufacturing economics. See our Servo Injection Molding Machine page for detail.

Compatibility

Machine + Mold + Automation: A Complete Production System

One of the most important points for buyers is that automation cannot be evaluated separately from the injection molding machine. The following elements must work together:

Injection Molding Machine

Provides the required clamping force, injection capacity, speed and process control.

Mold

Determines cavity count, product design, cooling requirements and cycle characteristics.

Robot

Determines how quickly and safely products can be removed.

Material Handling

Ensures consistent material supply and, where required, material drying.

Inspection

Checks product quality before the parts move to the next stage.

Packaging

Completes the production process with minimal manual handling.

A bottleneck in any one of these stages can limit the output of the complete production cell.

Production Efficiency

How Automation Can Improve Production Efficiency

A properly designed automated system can help manufacturers improve several areas simultaneously.

Productivity

Automated handling can reduce interruptions between molding cycles.

Labor Efficiency

Operators can supervise multiple machines or focus on quality and process monitoring rather than repetitive part handling.

Consistency

Programmed machine and robot sequences can reduce variations caused by manual handling.

Safety

Automation can reduce direct operator interaction with moving machine and mold components, when implemented with appropriate safety systems.

Traceability

Connected monitoring and inspection systems can provide production information that helps identify process problems.

Fit Check

Is Full Automation Suitable for Every Manufacturer?

Not necessarily. Full automation can require a higher initial investment than manual or semi-automatic production.

It is generally more attractive when manufacturers have:

High production volumes
Long production runs
Multiple shifts
Repetitive products
Stable product designs
Consistent demand
A need to reduce manual handling

For lower-volume or frequently changing production, a semi-automatic setup may sometimes provide a better balance between investment and flexibility.

Before You Invest

Factors to Consider Before Automating

Before investing in a fully automatic injection molding system, evaluate:

Current production quantity
Future production requirements
Labor cost
Number of production shifts
Product design
Mold cavity count
Cycle time
Machine capacity
Robot requirements
Material handling requirements
Quality inspection requirements
Packaging requirements
Available factory space

This analysis helps determine whether automation can provide a practical return on investment.

Automation Partner

Boss Automation as an Automation Partner

Boss Automation's published service capabilities include machine parameters, maintenance, mold setting, robot systems and production-line inspection and control.

Machine + Automation + Technical Support

Buyer's Guide

How to Choose the Right Fully Automatic Injection Molding Machine

Choosing an automatic injection molding machine should start with the production requirement rather than the automation equipment itself. The machine, mold, robot and auxiliary equipment must work together as one production system.

Define Your Production Target

Determine:

Required parts per hour
Daily production quantity
Number of cavities
Target cycle time
Number of production shifts
Expected future production growth

For high-volume production, automation can become particularly valuable because repetitive handling tasks can be performed continuously.

Select the Correct Machine Capacity

Machine selection should consider:

Product weight
Projected area
Number of cavities
Mold dimensions
Material
Injection pressure
Required production output

Do not select a machine simply because it has a higher tonnage. The machine should be correctly matched to the mold and product.

Evaluate the Mold

The mold is one of the most important components in an automated production cell. Consider:

Number of cavities
Mold dimensions
Mold weight
Cooling requirements
Ejection system
Runner configuration
Gate design
Expected cycle time

A high-quality mold with efficient cooling can have a major impact on the productivity of the complete automated system.

Scaling Up

Fully Automatic Injection Molding for High-Volume Production

Automation becomes increasingly valuable as production volume increases. For example, a manufacturer producing thousands of components per day may benefit from automating:

MATERIAL FEEDING→ INJECTION→ PART REMOVAL→ INSPECTION→ COUNTING→ PACKAGING

This reduces repetitive manual tasks and can help maintain a more consistent production flow. High-volume applications can include:

Food containers
Packaging products
Caps and closures
Household products
Electrical components
Automotive components
Industrial plastic parts

Return on Investment

Automation ROI: Is Full Automation Worth It?

The initial investment for a fully automatic injection molding setup can be higher than a manually operated machine.

However, manufacturers should evaluate the total cost of production, not just the initial machine price. Consider:

Labor Savings

Automation can reduce repetitive manual operations such as product removal, counting and transferring.

Higher Machine Utilization

Automated production can help reduce interruptions and maintain consistent machine operation.

Lower Handling Errors

Automated robots and conveyors can provide repeatable product handling.

Consistent Production

Programmed machine and robot sequences can help maintain production consistency.

Reduced Downtime

Properly integrated automation can reduce delays between molding and part handling.

The actual return on investment depends on production volume, labor costs, operating hours, automation investment and product requirements.

Deep Dive

Fully Automatic Molding by Application

Packaging

Packaging is one of the strongest applications for automated high-volume molding. Boss Automation currently positions its packaging solutions around high-speed molding and smart, energy-efficient production lines. Applications can include:

Food containers
Packaging components
Caps and closures
Thin-wall products
Household packaging
Consumer products

For packaging manufacturers producing large quantities, automation can help connect molding, handling, inspection and packaging into a continuous workflow.

Home Appliances

Home appliance manufacturers increasingly use automation to improve production efficiency and reduce repetitive labor. Potential applications include:

Appliance housings
Switch components
Knobs
Covers
Internal plastic components
Electrical housings

The exact machine and automation configuration depends on the component size, material and production volume.

Automotive Components

Automated injection molding can support high-volume automotive plastic component production. Applications may include:

Interior components
Covers
Clips
Connectors
Electrical housings
Functional plastic components

Automated handling can be particularly useful when the same component needs to be produced consistently over long production runs.

Long-Term Performance

Maintenance of Automated Injection Molding Systems

Automation does not eliminate maintenance. It makes systematic maintenance even more important.

Regularly inspect:

Injection Molding Machine

Hydraulic system
Screw and barrel
Heating system
Lubrication
Electrical components
Safety systems

Robot

Robot movement
Gripper condition
Sensors
Pneumatic components
Programming and communication

Conveyor

Belt condition
Motor
Sensors
Alignment

Material Handling

Loaders
Hoppers
Dryers
Material lines
Filters

Boss Automation's maintenance guidance recommends regular inspection, proper lubrication, cleanliness and temperature control as important practices for maintaining injection molding equipment.

Manufacturing Partner

Why Choose Boss Automation?

Boss Automation was established in 2000 in Rajkot, Gujarat, and has developed injection molding technology through continued R&D and manufacturing investment. The company states that it provides end-to-end machine manufacturing, from design and material sourcing through production, assembly and delivery.

Its technical teams include:

Production
R&D
Quality Control
Service

The R&D team covers programming, electronic controls, mechanical systems and hydraulic systems, while the service team supports machine parameters, maintenance, mold setting, robot systems and production-line inspection/control. See our full company timeline for more milestones.

Questions

Frequently Asked Questions

What is a fully automatic injection molding machine?

It is an injection molding production system designed to perform molding and related handling operations with minimal manual intervention.

What products can be manufactured automatically?

Depending on the machine, mold and automation setup, applications include packaging products, food containers, household products, electrical components, automotive parts and various industrial plastic products.

Does fully automatic molding require a robot?

Not necessarily. Automation can include material loaders, conveyors, counting systems, inspection equipment and other auxiliary systems. A robot is commonly used for automated part removal but is not required in every application.

Is a fully automatic machine better than a semi-automatic machine?

Not always. Full automation is generally more attractive for high-volume, repetitive production. Semi-automatic production can be more suitable when product changes are frequent or production volumes are lower.

Can Boss Automation integrate robot systems?

Boss Automation's service team states that it has experience with robot systems as well as production-line inspection and control.

Can automatic injection molding reduce labor requirements?

Automation can reduce repetitive manual handling requirements. The actual labor reduction depends on the production cell and the level of automation implemented.

Is servo technology suitable for automatic production?

Yes. Servo technology can provide responsive machine movement and optimized energy usage, making it suitable for automated production environments. Boss Automation highlights servo control technology among its injection molding machine technologies.