---
title: How to Choose a Stripping Machine for Hang Tags
date: 2026-10-12T05:58:00Z
modified: 2026-10-26T08:40:38Z
permalink: "https://www.qdblanking.com/blog/how-to-choose-stripping-machine-for-hang-tags/"
type: post
status: publish
excerpt: ""
wpid: 507
categories:
  - Blog
featured_image: "https://www.qdblanking.com/wp-content/uploads/2026/10/cover-7.webp"
featured_image_alt: "Dark navy hang tags with red and yellow ribbons on a light surface, overlaid with the title How to Choose a Stripping Machine for Hang Tags and the subtitle Buyer's practical guide."
timestamp: 2026-10-26T08:40:38Z
tags:
  - Blog
---

![Dark navy hang tags with red and yellow ribbons on a light surface, overlaid with the title How to Choose a Stripping Machine for Hang Tags and the subtitle Buyer's practical guide.](https://www.qdblanking.com/wp-content/uploads/2026/10/cover-7.webp)

Quick answer: Choose equipment by identifying which waste remains after die-cutting. A stripping machine removes the outer waste matrix around the tags; an inner-hole cleaning machine removes small plugs trapped inside stringing holes. If your tags only need the outer matrix removed, a straightforward stripping setup may be enough. If hole plugs remain, plan a separate cleaning step, such as QIANDING’s HTQK-720, after checking your sheet, hole pattern, stock, pile height, and target output with a sample test.

For a hang-tag producer, the right purchase depends on the job left by the die and the quality standard of the finished tag. The term “stripping machine for hang tags” can describe very different needs in search results, so first separate the two waste-removal operations.

## First identify the waste: outer matrix or inner hole plugs

![Diagram comparing outer matrix waste, a red frame around tag shapes, with hole plug waste, red dots at tag holes, linked by a dashed arrow labeled different waste.](https://www.qdblanking.com/wp-content/uploads/2026/10/01-visual-7.webp)

After die-cutting, a sheet may contain several tags surrounded by a connected frame of paperboard. That surrounding frame is the **outer waste matrix**. A stripping machine lifts or removes this waste so the individual tags can move to the next production step.

A tag may also have a cord or stringing hole. If the die-cutting step leaves a small paperboard disc inside that hole, it is an **inner-hole plug**. Removing this plug is a different task from stripping the outer frame. An inner-hole cleaning machine applies tooling to clear the plugs from the openings.

Use this process map to describe the problem to a supplier:



| What remains after die-cutting? | Process to evaluate | What the machine must match |
| --- | --- | --- |
| Connected frame or bridges around the tags | Outer waste stripping | Sheet layout, waste pattern, tag shape, stock, and pile handling |
| Small discs still inside stringing holes | Inner-hole cleaning | Hole count, size and shape, spacing, product registration, and stack |
| Both outer matrix and hole plugs | Two separate operations | Sequence, handoff, alignment, and sample results at each stage |

This distinction helps prevent a common buying mistake: choosing a hole-cleaning unit to solve a frame-stripping problem, or expecting a stripping machine for hang tags to clear plugs from every hole. One press sheet can need both processes, but the operations should be specified separately.

## When a stripping machine is enough for simple hang-tag layouts

A stripping machine for hang tags may be sufficient when the main remaining waste is the outer matrix and the holes are already open, drilled, or otherwise free of plugs. This can be a good fit for a consistent layout with straightforward waste bridges and repeatable sheet feeding.

Simple layouts may suit a lower-cost, basic stripping configuration rather than a robotic setup. That is a selection principle, not a model promise: the actual fit depends on the largest sheet, tag positions, waste connections, board, and how the sheet is presented. Ask the supplier to review a real die layout before choosing a frame size or automation level.

The machine should remove the intended outer waste without pulling, bending, or marking saleable tags. The quality check for a stripping machine for hang tags is not just whether the frame comes away. Review the tag edges, narrow bridges, small features, printed face, and stack stability after stripping.

Start with the [QIANDING stripping and blanking machine range](https://www.qdblanking.com/wp-content/uploads/wp-mfa-exports/taxonomy/product_cat/blanking-machine.md) to see available configurations. Then share your layout and material so the team can recommend a suitable basic model. Do not select a larger or more automated configuration from a product photo alone.

## When an inner-hole cleaning machine is also required

![Four-step workflow diagram titled "Choose the Process Route from the Waste" with numbered cards: inspect die-cut sheet, strip outer matrix, clean inner holes, and inspect plus bundle.](https://www.qdblanking.com/wp-content/uploads/2026/10/02-visual-7.webp)

If small discs remain inside string holes after die-cutting, an outer stripping machine does not automatically solve that issue. You may need a separate inner-hole cleaning step. Depending on the die layout and production method, this can follow the outer stripping operation; confirm the sequence using your actual sheet and work instructions.

The [QIANDING HTQK-720 inner-hole cleaning machine](https://www.qdblanking.com/product/htqk-720-inner-hole-cleaning-machine/) is listed for cleaning waste plugs from die-cut paperboard, including hang tags. Its official product page lists a minimum product size of 50 × 50 mm, a maximum of 720 × 500 mm, product height of 30–100 mm, and working speed of 8–20 cycles per minute. These figures apply to this model; they do not establish the throughput of a complete stripping and cleaning line. Confirm the relevant limits and tooling against your hole pattern and sample.

If hole plugs are your main problem, read the existing guide to the [automatic paper hole cleaning machine for hang tags](https://www.qdblanking.com/wp-content/uploads/wp-mfa-exports/post/automatic-paper-hole-cleaning-machine-hang-tags.md). That article covers hole-plug removal and HTQK-720 selection. This guide focuses on choosing outer-waste stripping and deciding when the second process is needed.

## How tag shape, hole size, sheet layout, and material affect selection

![Diagram titled When Hang Tags Need Two Cleaning Stages showing tags moving through Outer Strip and Hole Clean stations to a finished stack, with blue arrows and green outlines on a light grid background.](https://www.qdblanking.com/wp-content/uploads/2026/10/03-visual-7.webp)

The phrase “hang tag” covers many jobs. A rectangular tag with one centered hole differs from a shaped tag with several openings, close nesting, or narrow waste bridges. Give the supplier the full sheet layout, not only a photo of one finished tag.

Check these details before comparing a stripping machine for hang tags:

- **Tag shape and edge features:** Identify small cut-outs, notches, narrow necks, and areas where waste may cling to the product.
- **Hole size and shape:** Record round, slot-shaped, or other openings, plus the number of holes per tag and their spacing. This information is essential when inner-hole cleaning is required.
- **Sheet layout:** Provide the sheet’s outside dimensions, the number and orientation of tags, registration marks, waste bridges, and any mixed designs on one sheet.
- **Material:** State the paperboard grade or thickness, coating, surface finish, and any special stock behavior you have observed. Do not assume a machine handles every board equally.
- **Pile height and handling:** Show the typical stack presented to the machine and how it is loaded, squared, and transferred. Ask for the allowable working range for the proposed model.
- **Expected output:** Share the required finished sheets or tags per shift and the operating schedule. Cycle rate alone does not equal finished tags per minute; the pieces per cycle and handling time matter.

These inputs affect waste removal, registration, tooling, operator handling, and the pace of the next step. A fast nominal cycle cannot compensate for a layout that needs manual correction or a downstream process that cannot accept the output. The right stripping machine for hang tags is the one that passes those checks on representative jobs.

## Why a high-end robotic configuration may be unnecessary

Robotic arms and other automation can be useful when the job, volume, and line design justify them. They can also add configuration cost and complexity. For a simple hang-tag layout, compare the expected production benefit with the additional functions you will actually use.

Do not assume that a robotic arm is required because one competitor listing presents a tag stripper with a robotic arm. That listing describes a particular supplier’s ZDCB series and claims its own configurations and performance. Those claims do not show that every tag job needs a robot or that the same setup fits your layout.

Instead, review whether a basic stripping machine can separate your outer matrix consistently and safely at the required pace. Escalate the configuration only when sample testing shows a need—for example, a challenging waste pattern, a defined handling requirement, or a line integration condition. When comparing a stripping machine for hang tags, ask QIANDING to review the job before recommending a configuration; the sample and confirmed operating conditions should drive that decision.

## Example line setups for simple and complex hang tags

The following are workflow examples, not fixed machine prescriptions. The required order depends on how the holes are made and how the sheet behaves after each operation.

**Simple tag job, open holes:** Die-cut sheet → outer waste stripping → inspection and bundling. If no waste plugs remain inside the holes, a separate hole-cleaning step may not be needed. Test edge quality and verify that the stripped tags stay aligned for the next handling step.

**Tag job with retained hole plugs:** Die-cut sheet → outer waste stripping, if the frame remains → inner-hole cleaning for retained plugs → inspection and bundling. Confirm that the proposed handling sequence preserves registration and that the hole-cleaning tooling matches the openings.

**Complex or changing layouts:** Review the largest and smallest jobs, hole patterns, material range, and expected changeovers together. Sample-test each representative layout before deciding whether separate machines, additional handling, or a more automated line is justified.

## Sample-testing checklist

![Six numbered cards in a Hang Tag Sample-Test Checklist covering die-cut sheets, outer waste, holes, registration, manual touches, and finished quality.](https://www.qdblanking.com/wp-content/uploads/2026/10/04-visual-7.webp)

Before placing an order, ask the supplier to test representative production material and report what the test covers. Send:

1. A complete die-cut sheet or accurate production drawing, including sheet size and tag layout.
2. Tag dimensions, shapes, waste bridges, hole dimensions, and the number and location of holes.
3. Material grade, thickness, coating, and printed surface requirements.
4. Typical and maximum pile height, plus how the pile is currently prepared and transferred.
5. Expected output by shift, changeover frequency, and the next operation in the line.
6. Acceptance criteria for outer matrix removal, open holes, edge condition, surface marks, and stack quality.
7. Samples from the test: inspect tags from different positions in the sheet and from the beginning, middle, and end of a run.

Ask the supplier to state the tested model, tooling, setup, material, sample layout, and observed output. Treat the result as evidence for that tested job, not a general guarantee for every tag design. Confirm any model specifications, installation needs, delivery terms, and service scope in the final quotation and technical documentation.

## Frequently asked questions

### Can one stripping machine for hang tags remove both the outer frame and hole plugs?

Do not assume so. Outer waste stripping and inner-hole cleaning are separate operations. Ask the supplier to identify which waste the proposed machine removes and test both requirements if your tags have retained plugs.

### Do all hang tags need an inner-hole cleaning machine?

No. You need to evaluate hole cleaning only when waste plugs remain inside the openings. If the holes are already clear, the additional process may not be necessary.

### Which stripping machine model is best for a simple hang-tag layout?

There is no safe model choice from the words “simple tag” alone. Sheet size, die layout, stock, waste pattern, pile handling, and output all affect fit. Share those details and request a sample test before selecting a model.

### When should I consider the HTQK-720?

Consider it when your requirement is to remove plugs from holes in die-cut paperboard and your product fits the model’s verified specifications. The [HTQK-720 product page](https://www.qdblanking.com/product/htqk-720-inner-hole-cleaning-machine/) lists its dimensions and working conditions; confirm tooling compatibility with your hole pattern before ordering.

### What information should I include in a quotation request?

Send the complete tag sheet or die layout, hole layout, material details, pile height, and expected output. Include the current process and acceptance criteria so the supplier can review the right operation and test conditions.

**Choose by the waste you need to remove.**

Start with one question: are you clearing the outer matrix, plugs inside the holes, or both? This keeps equipment selection tied to the production task and avoids paying for functions the layout does not need. QIANDING can review the application and discuss a suitable stripping setup; add hole cleaning only when retained plugs make it necessary.

For an application review, send your **tag sheet, hole layout, material, pile height, and expected output** through the [QIANDING stripping machine range](https://www.qdblanking.com/wp-content/uploads/wp-mfa-exports/taxonomy/product_cat/blanking-machine.md). A sample-based recommendation gives your team a clearer basis for comparing configuration, cost, quality, and line fit.