From compact Cartesian take-out robots to large-machine servo manipulators. We confirm the architecture, strokes, payload, tooling and cell performance against the complete moulding application.
Published figures are useful starting points, not a substitute for checking complete moving payload, reach, stroke, cycle time, environment and safeguarding.
Fast finished-part extraction, sprue handling and insert applications on compact to medium machines.
Rapid take-out where saleable parts and runners need controlled separation and placement.
Moulded containers, packaging items and general components requiring repeatable extraction.
Part take-out, conveyor placement and component handling for medium-size moulding machines.
Finished-part removal and oriented transfer on medium-to-large injection-moulding cells.
Long automotive, appliance and household components requiring extended working envelope.
Helmets, large toys, instrument panels, wheel covers and other large moulded components.
The moulding-machine tonnage narrows the field, but the system still needs to be checked against the real movement and task.
End effector, services, inserts, part and sprue—not the component weight alone.
Vertical entry, kick, traverse and reach to every pick and place position.
Mould-open, eject, grip, clear and hand-off time, with realistic acceleration.
Simple drop, oriented placement, inserts, trimming, inspection, assembly or packing.
These practical guides cover the specialist terms and project decisions buyers use when planning a moulding cell.
Three-axis, five-axis, strokes, payload and placement.
Read the guide ↗ Runner removalServo and pneumatic options with granulator transfer.
Read the guide ↗ Horizontal mould accessFast-cycle take-out, IML layouts and headroom constraints.
Compare entry options ↗ Flexible articulated motionComplex take-out, inserts and post-mould handling.
Compare architectures ↗ SpecificationMachine, mould, cycle, EOAT and downstream data.
Use the checklist ↗ Existing machineryMounting, interface, safeguarding and production proving.
Plan a retrofit ↗ Commercial planningComplete-cell scope, cost drivers and payback inputs.
Build the business case ↗Send the moulding-machine details, part and sprue data, cycle time, layout and required destination. We will review the complete moving payload and working envelope.