Continuous extrusion.
Explore the Continuous machine line. Begin with your product and application.
Explore the details.Drag / arrow keys · Home to reset
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FUTURE
Continuous · Accumulator · Customized
Extrusion blow molding machinery, die heads & automation.Since 1989.
From your product
to a selection sketch.
Product → architecture → die head → machine → inquiry
Your product.
The right
architecture.
Die head + machine.
Define the application together.
Start with what you want to make.
Review your requirements before sendingProduct needs
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Machine lines.
Die head thinking.
Explore an architecture or a concept.
Record your application in a local sketch.
Accumulator architecture.
Explore the Accumulator machine line. Begin with the product and its forming requirements.
Begin with the application.
Outline the product, material and process needs for a Customized selection discussion.
Shape the parison.
Explore the die head as part of the extrusion blow molding system.
Think in layers.
Explore co-extrusion through layers, materials and flow paths.
Frame the right questions.
Collect architecture, intended capacity range and application before a technical selection review.
Product forms.
Explore product shapes
and die head components.
Resources.
Servo vs HydraulicSelection topics
There is no single “best” drive for extrusion blow molding. Hydraulic, servo-hydraulic and hybrid systems differ in how they deliver clamping force, energy use in standby, and maintenance. Match the drive to product size, clamp demand, cycle rate and cleanliness — not to a marketing label. Ask suppliers which axes are servo-driven and how energy is measured (kWh per kg of accepted product).
Continuous vs AccumulatorSelection topics
Choose continuous extrusion or an accumulator head by cycle mass, parison sag risk, resin behavior, cavity layout and changeover — not by litres alone. The same nominal volume can need different architectures when part weight and geometry differ. Continuous suits many lighter, multi-cavity runs; accumulator heads help when a heavy parison must be delivered quickly. Use one RFQ package so both architectures can be compared fairly.
Accumulator drum sizingSelection topics
Size the machine from the drum’s total shot weight, not from litres on the drawing. Work through shot weight → accumulator volume → clamping force → extruder output vs cycle → mold envelope, then ask the supplier for a calculation sheet. Published tonnage bands for 200 L vary widely across vendors because definitions differ — treat them as starting points, not answers. UN rating applies to the drum design, not to the machine itself.