Description
Review HT-12DPD Against the Required Motions
The same brochure maximum-load figure does not make HT-12DPD and HT-13PDA interchangeable. HT-12DPD has the larger printed transverse D; HT-13PDA has the larger kick E and arm travel. Use the HT-13PDA / HT-12DPD travel comparison to check all three movement references against the proposed mold and tooling paths.
On this page, the in-mold unloaded takeout and in-mold labeling times are separate brochure fields. Do not combine them into an assumed cell cycle or compare either alone with HT-13PDA’s combined unloaded takeout / labeling field. Bring the actual movement sequence, representative samples and agreed timing start/end conditions to the machine and mold integration review and your model-specific engineering enquiry. Keep approval of an individual molded sample separate from acceptance of the robot motion and integrated timing sequence.
HT-12DPD model and project scope
HT-12DPD is listed in the HecosTech brochure as an in-mold labeling system. Use its printed configuration, travels and component dimensions to prepare a model-specific label-insertion and takeout review. Confirm the supplied configuration against the current project drawing before ordering.
Product illustration: HT-12DPD brochure illustration. The image identifies the brochure model, not a delivered customer project or an approved installed layout.
Brochure technical specifications
Brochure reference: HecosTech company brochure, printed PAGE/10 (PDF page 7). Values below retain the source field definitions. Pending or unclear fields are omitted; confirm the current drawing and supplied configuration for the order.
| Parameter | Brochure reference |
|---|---|
| Electrostatic mode | In-mold + outside-mold |
| Electrostatic voltage | 20 kV |
| Equipment length A | 3,130 mm |
| Equipment width B | 1,620 mm |
| Equipment height C | 1,860 mm |
| Effective transverse travel D | 2,410 mm |
| Effective kick stroke E | 600 mm |
| Effective arm travel | 1,200 mm |
| Maximum transverse speed | 2 m/s |
| Maximum kick speed | 1.3 m/s |
| Maximum arm speed | 3.4 m/s |
| Label-magazine length L | 1,260 mm |
| Label-magazine width B | 1,120 mm |
| Label-magazine height C | 2,240 mm |
| Injection-molding-machine range, brochure reference | 100–500 T |
| Drive mode and coordinates as printed | Servo motor; coordinates X1/X2/Y1/Y2/Z |
| Maximum load, brochure reference | 20 kg |
| In-mold unloaded takeout time | 0.5–2 s |
| In-mold labeling time | 0.7–2.5 s |
| Air consumption | 30 NL/cycle |
| Power supply | AC 220 V |
| Fixture application reference | Dedicated |
| Magazine application / arrangement reference | General-purpose |
| Robot equipment weight | 570 kg |
| Label-magazine equipment weight | 260 kg |
| Label-magazine capacity | 1,100 sheets |
The source table does not specify a fixture-rotation option. Define the required label and product motions with the proposed tooling instead of inferring them from the model code.
Machine, mold and labeling review
- Machine and mold: Provide the machine make/model and actual machine and mold drawings, mounting references, mold-open/ejector sequence and proposed access path. The brochure machine range is a selection reference, not machine/mold approval.
- Product, label and magazine: Provide the molded-product and label references, placement position, cavity arrangement and magazine access requirements. Fixture-volume and dedicated/general-purpose descriptions are brochure references, not approval of the complete labeling cell.
- Moving load and EOAT: Identify the product and tooling masses separately and ask how the quoted maximum load is defined, including any end-of-arm tooling allowance and load distribution. The printed maximum is not established net product payload.
- Installation and access: Locate the equipment and label magazine separately on the project layout. Equipment dimensions and weights do not establish installed clearance, guarding or service access. Confirm drawing datums and any F/G callouts that apply.
- Interfaces and handoff: Define the machine signals, sequence, safety/interlock responsibilities and receiving operation. Identify who supplies and integrates each machine, mold, tooling and downstream item; inclusion and interface approval must be stated in the project scope.
Timing and acceptance conditions
Maximum speeds, minimum or unloaded times and dry-cycle values, where printed, retain their individual definitions in the table. They are brochure references, not the production cycle of a loaded machine/mold/robot cell. Agree the actual configuration, representative samples, operating conditions and acceptance criteria before relying on a target output. This page does not record a completed trial, FAT or customer acceptance.
Compare named models and define the project
Compare HT-14PDF and HT-13PDA. Review each named model’s travels, dimensions, load definition and supplied tooling; a shared family or similar value does not establish interchangeability.
Return to IML robot selection for the wider task scope. Send the shortlisted model, drawings, product/label references and unresolved configuration questions for an engineering proposal review.
