Description
HT-20C PET Preform Robot Overview
HT-20C PET preform robot is designed for automated takeout, transfer, and handling of PET preforms during injection molding production. The system coordinates mold entry, preform removal, transfer, and downstream placement to reduce manual handling and support repeatable production. It can be matched with injection molding machines from 200T to 1000T and is suitable for PET preform manufacturing projects that require stable robotic handling and consistent production cycles.
Servo Motion and PET Preform Handling System
The HT-20C PET preform robot uses multi-axis servo control to coordinate mold entry, preform takeout, transverse movement, and product placement. The current configuration provides a maximum transverse speed of 2.5 m/s and a maximum load capacity of 50 kg. Customized end-of-arm tooling can be configured according to the preform dimensions, cavity arrangement, mold structure, product weight, and handling sequence. Final robot motion and tooling design are confirmed according to the actual production requirements.
Applications for PET Preform Injection Molding
The HT-20C PET preform robot is suitable for automated handling in PET preform injection molding projects. It can be configured for different preform sizes, cavity layouts, mold structures, and production requirements. Typical applications include PET preforms for beverage bottles, water bottles, edible oil bottles, household packaging, cosmetic packaging, and other PET container production. Final robot selection should consider the preform dimensions, weight, cavity quantity, mold opening conditions, takeout method, cooling requirements, and target cycle time.
Injection Molding Machine Integration and Project Matching
The HT-20C PET preform robot can be integrated with injection molding machines ranging from 200T to 1000T, but machine tonnage should only be used as an initial selection reference. Final matching should also consider tie-bar spacing, platen dimensions, mold opening stroke, ejector conditions, robot mounting position, signal interface, available installation space, safety guarding, and required production cycle. The robot configuration and end-of-arm tooling should be confirmed according to the actual injection molding machine, mold, and PET preform specifications.
EUROMAP 67 provides a reference for the electrical interface between an injection molding machine and a handling device or robot.
HecosTech Custom PET Preform Automation Solutions
Each HT-20C PET preform robot system is configured according to the customer’s preform, mold, injection molding machine, cavity arrangement, and production requirements. HecosTech can customize the end-of-arm tooling, takeout sequence, transfer method, conveyor connection, product placement, safety guarding, and downstream automation layout. To prepare an accurate technical proposal, customers should provide PET preform drawings or samples, product dimensions and weight, mold drawings, cavity quantity, injection molding machine model, target cycle time, factory layout, and required downstream operations.
Contact HecosTech to receive a project-specific PET preform automation proposal.
Frequently Asked Questions About the HT-20C PET Preform Robot
1. What injection molding machines can the HT-20C PET preform robot be used with?
The HT-20C PET preform robot can be matched with injection molding machines from 200T to 1000T. Final matching also requires confirmation of tie-bar spacing, platen dimensions, mold opening stroke, robot mounting position, interface signals, and available installation space.
2. What PET preforms can the HT-20C handle?
The HT-20C PET preform robot can be configured for different PET preform sizes, weights, neck designs, cavity arrangements, and mold structures. Final suitability depends on the preform dimensions, cavity quantity, takeout method, cooling requirements, and target production cycle.
3. How does the HT-20C remove PET preforms from the mold?
The HT-20C PET preform robot uses customized end-of-arm tooling and servo-controlled motion to enter the mold, remove the preforms, and transfer them to the next process. The tooling design is matched to the preform dimensions, cavity layout, mold structure, and required handling sequence.
4. Can the HT-20C PET preform robot be connected to downstream automation?
Yes. The HT-20C PET preform robot can be integrated with conveyors, cooling systems, product placement stations, inspection equipment, and other downstream automation according to the production line requirements.
5. Can the HT-20C be customized for different PET preform molds?
Yes. The HT-20C PET preform robot can be customized for different molds, cavity quantities, preform sizes, and production requirements. Robot travel, end-of-arm tooling, takeout sequence, transfer method, and downstream automation can be configured according to the injection molding machine and target cycle time.
6. What information is required for an HT-20C PET preform automation proposal?
Customers should provide PET preform drawings or samples, product dimensions and weight, mold drawings, cavity quantity, injection molding machine model, target cycle time, factory layout, cooling requirements, and required downstream operations. This information helps determine the appropriate robot configuration and automation layout.
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