Part removal from the open mould
Usually a top-entry linear or Cartesian robot sized around the machine, mould opening, payload, vertical stroke and required hand-off.
Engineering guidance for UK moulders
Injection moulding automation knowledge centre
Clear answers for manufacturing teams comparing take-out robots, sprue pickers, Cartesian systems, six-axis robots, end-of-arm tooling and complete moulding-cell integration.
Practical buying guidanceRobot · Tooling · Controls · Safety
Start with the decision you need to make
Useful answers before a robot quotation.
Each guide is written around the engineering information that changes equipment choice, project scope and payback.
Robot selection
How to choose an injection moulding robot
Compare top-entry Cartesian, sprue-picker, side-entry, six-axis and collaborative robot architectures against cycle time, stroke, payload and downstream work.
Read the selection guide ↗ Business caseInjection moulding robot cost and ROI
Understand what drives installed cost, how to calculate realistic annual benefit and which production assumptions should be proven before approval.
Build the business case ↗ Existing machinesRetrofit a robot to an injection moulding machine
Assess mounting, strokes, interfaces, guarding and downstream space before automating an existing press.
Explore retrofit projects ↗ EOAT and grippersEnd-of-arm tooling for moulded parts
Define grip points, temperature, payload, sensors, utilities and part protection for a repeatable robot cycle.
Explore EOAT engineering ↗ Runners and spruesSprue pickers and runner separation
Choose between simple removal, controlled separation, granulator transfer and combined part-and-runner handling.
Explore sprue removal ↗ Complete cellInjection moulding robot integration
Bring the machine handshake, robot, EOAT, vision, conveyors, guarding, controls and commissioning into one coordinated project.
See the integration scope ↗Search terms, translated into engineering questions
Different names can describe the same starting point.
Buyers use different language depending on their process and experience. The correct equipment still depends on the application.
Simple runner or sprue extraction
A compact handling device for runner removal. It may be sufficient for a simple cycle, but saleable-part handling can require a servo robot and purpose-built EOAT.
Robot coordinated with the press
A broader term that can cover part take-out, insert loading, unloading, inspection, trimming, assembly or packing around the moulding cycle.
Cartesian motion on straight axes
Common for fast, repeatable top entry. Axis count, wrist motion and servo control determine the orientation and downstream work available.
Flexible articulated handling
Useful where parts need complex orientation or secondary operations. Mould-entry time, guarding and floor space must be assessed against the required flexibility.
The complete working system
The robot plus tooling, interfaces, product flow, controls, guarding, validation, installation and handover required for reliable production.
Turn research into a specification
Send the details that change the answer.
Share the moulding-machine model and tonnage, part and sprue information, cycle target, mould-open stroke and downstream destination.