Injection Molding Automation

Top-Entry Robots for Injection Molding

KEFAN top-entry injection molding robots deliver reliable part take-out, sprue handling and transfer above the molding machine. Share machine tonnage, mold layout and target cycle for robot selection and quotation.

Kefan blue top entry robot for injection molding

TOP-ENTRY • FULL SERVO • APPLICATION READY
Why top entry

A direct path from the mold to the next process

Mounted over the press, a top-entry robot reaches into the mold area, removes the product and transfers it to a defined release position, fixture or conveyor.

01

Space Efficient

Overhead installation keeps the floor around the molding machine clear.

02

Flexible Stroke

Traverse, vertical and kick strokes are selected around the real work envelope.

03

Repeatable Handling

Servo motion supports stable take-out and consistent placement.

04

Easy to Integrate

Connect with EOAT, conveyors, fixtures, inspection and packaging.

Robot ranges

Choose the motion that fits the process

The correct platform depends on part handling, orientation, payload, stroke and target cycle.

3 Axis Servo Robots

For direct take-out, runner separation and transfer to a defined position.

View 3 Axis Series →

5 Axis Servo Robots

For rotation, flipping, insert loading and more complex orientation tasks.

View 5 Axis Series →

Selection guide

Match the robot to the entire molding cell

Machine tonnage is only the starting point. The product, mold, EOAT and downstream destination determine the working configuration.

  • Injection molding machine model, tonnage and dimensions
  • Part and runner size, weight and demolding direction
  • Required traverse, vertical and kick strokes
  • EOAT weight, sensing and vacuum requirements
  • Target cycle, take-out time and release position

Typical Capabilities

Motion3-axis or 5-axis servo
TasksTake-out, orienting, stacking and insert handling
EOATApplication-specific design available
InterfacesIMM, safety, conveyor and peripherals
ConfigurationSelected from actual project data
Catalog Model Range

Verified open-frame and large-machine configurations

The following KOW models and core selection data are taken from the KEFAN Robot Catalog dated October 31, 2023. Final sizing must include the part, runner and EOAT load.

Model Suitable IMM Traverse Crosswise Vertical Maximum Load
KOW1000S3 260-400T 1450 mm 660 mm 1000 mm 7 kg
KOW1200S3 350-500T 1750 mm 860 mm 1200 mm 10 kg
KOW1500S3 450-700T 1950 mm 1160 mm 1500 mm 10 kg
KOW1600S4 500-900T 2015 mm 1300 mm 1600 mm 15 kg
KOW1800S4 700-1300T 2415 mm 1600 mm 1800 mm 20 kg
KOW2000S4 1300-1800T 2515 mm 1700 mm 2000 mm 35 kg
KOW2400S4 1800-2500T 3350 mm 1900 mm 2400 mm 50 kg

Catalog reference data. Specifications and availability should be reconfirmed for each quotation.

Project workflow

From application review to production

STEP 01

Collect Data

Share machine, mold, product and cycle information.

STEP 02

Select Robot

Confirm strokes, payload, axes and unloading direction.

STEP 03

Engineer EOAT

Define gripping, vacuum, sensing and interfaces.

STEP 04

Test & Support

Check the sequence and support installation and production.

Application support

More than a standalone robot

Kefan can coordinate the robot with custom EOAT, conveyors, fixtures, sorting, inspection and other post-mold operations.

  • Automotive and appliance parts
  • Household products and packaging
  • Electrical and precision molded components
  • Insert molding and application-specific cells

Frequently Asked Questions

Which top-entry robot should I choose?

Send the machine, mold, part, EOAT and cycle details. We will recommend the required axes, strokes and payload.

Can the robot fit an existing molding machine?

Retrofit compatibility depends on mounting space, platen dimensions, signals and the required work envelope.

Can you supply the EOAT and conveyor?

Yes. These can be included when the application requirements are confirmed.

Are exact specifications available?

Stroke, payload and cycle capability vary by configuration. Project-specific data avoids incorrect model selection.

Planning a top-entry automation project?

Send your machine tonnage, part weight and target cycle for a practical recommendation.

Talk to Our Engineers