--- title: "TR 1080 vs 1080 Q: Which Stripping Machine Fits Your Layout?" date: 2026-10-07T02:02:00Z modified: 2026-10-26T08:40:21Z permalink: "https://www.qdblanking.com/news/tr-1080-vs-1080-q-stripping-machine/" type: post status: publish excerpt: "" wpid: 483 categories: - News featured_image: "https://www.qdblanking.com/wp-content/uploads/2026/10/cover-3.webp" featured_image_alt: "Two industrial stripping machines on a gray background, one open with a conveyor bed, the other enclosed, with text reading TR 1080 vs 1080 Q: Check the Actual Task and Buyer's practical guide." timestamp: 2026-10-26T08:40:21Z tags: - News --- ![Two industrial stripping machines on a gray background, one open with a conveyor bed, the other enclosed, with text reading TR 1080 vs 1080 Q: Check the Actual Task and Buyer's practical guide.](https://www.qdblanking.com/wp-content/uploads/2026/10/cover-3.webp) Quick answer: Choose the HTQF-1080TR when your die-cut sheet uses regular, front-and-back arrangements or cross-arranged patterns that benefit from a 180-degree rotary mold and manipulator. The HTQF-1080Q currently has a different published role: QIANDING describes it as an inner-hole cleaning machine for tags, labels, and cosmetic packages. That distinction matters more than the similar “1080” model numbers. Compare the actual die, waste pattern, pickup sequence, and required output with QIANDING before selecting either machine. A machine comparison is useful only when it reflects the job on your pressroom floor. This TR 1080 vs 1080 Q stripping machine comparison uses QIANDING’s current product information to separate confirmed features from questions and show what to test before requesting a quotation. ## Quick recommendation by product layout ![Diagram comparing stripping machine models HTQF-1080TR with a rotary mold and manipulator, and HTQF-1080Q with inner-hole cleaning arrows, under the heading Different Tasks Behind the Model Names.](https://www.qdblanking.com/wp-content/uploads/2026/10/01-visual-3.webp) Start with the waste pattern and how finished pieces should leave the sheet—not with the model suffix. A stripping machine removes waste around or within die-cut products. The stripping tool, pickup method, and intended layout determine whether the process suits a particular job. | Your production question | HTQF-1080TR | HTQF-1080Q | | --- | --- | --- | | What does the current product page specify? | 180-degree rotary mold and manipulator | Inner-hole cleaning; minimum cleaning diameter 10 mm | | What layout is explicitly described? | Complex, cross-arranged die-cut patterns | Tags, labels, and cosmetic packages needing inner holes cleared | | Published sheet format | Up to 1080 × 780 mm | Up to 1080 × 780 mm | | Published speed | 15–22 cycles/min | 2 cycles/min | | Pickup details | Manipulator grip range and load are listed | Finished-piece pickup method is not stated on the page | The HTQF-1080TR is the clearer fit when the job needs the published rotary-mold and manipulator arrangement. Consider HTQF-1080Q when inner-hole waste removal is the requirement described by the official page. If your decision depends on mixed shapes, alternating front-and-back positions, or manual unloading, ask QIANDING to confirm the final Q configuration and demonstrate your die. The current public information does not settle those points. This TR 1080 vs 1080 Q stripping machine decision therefore needs a sample test when layout or pickup requirements fall outside the listed specifications. See the [HTQF-1080TR product page](https://www.qdblanking.com/product/htqf-1080tr-automatic-stripping-machine/) and [HTQF-1080Q product page](https://www.qdblanking.com/product/htqf-1080q-automatic-stripping-machine/) for the current specifications. ## How TR 1080 handles regular front-and-back arrangements QIANDING identifies HTQF-1080TR as an automatic stripping machine with a 180-degree rotary mold. Its product page says this arrangement handles complex, cross-arranged die-cut patterns. Rotation lets the tool approach a pattern from another direction as part of the stripping sequence. Whether a specific front-and-back layout can be processed in the intended cycle should still be confirmed with the actual die and sample sheets. The page also lists a manipulator, with a 30–280 mm grip range and 50–1,800 g grip load. A manipulator is a mechanical arm or gripper used to handle product during a machine sequence. These published details establish that the TR configuration includes mechanical handling; they do not tell a buyer how every finished shape will be stacked or whether additional downstream handling is needed. For a regular layout, prepare a die-line drawing showing product orientation, waste bridges, and the order in which pieces need to be stripped. Ask the supplier to demonstrate the transition between orientations, then inspect the finished stack for scuffing, deformation, loose waste, and consistency. A regular-looking layout can still behave differently depending on board, cut depth, bridges, and gripper contact area. The product page lists a maximum sheet size of 1080 × 780 mm and a speed of 15–22 cycles per minute. These are published machine specifications, not a guaranteed production rate for every die or substrate. Confirm the acceptable sheet size range, material, tooling, and sample performance for your job with the [TR model team](https://www.qdblanking.com/contact-us/). ## How 1080 Q handles mixed shapes and irregular layouts ![Infographic titled Which Layout Questions Come First with four cards on waste type, product arrangement, pickup route, and stack requirement.](https://www.qdblanking.com/wp-content/uploads/2026/10/02-visual-3.webp) The supplied topic outline associates 1080 Q with mixed shapes and irregular layouts. However, the current [HTQF-1080Q page](https://www.qdblanking.com/product/htqf-1080q-automatic-stripping-machine/) describes inner-hole cleaning. It says the model serves tags, labels, and cosmetic packages, and specifies a minimum cleaning diameter of 10 mm. It does not state that the Q is designed for arbitrary mixed-shape nesting, nor does it describe a finished-piece ejection arrangement. That distinction should be resolved before a buyer treats the Q as a layout alternative to TR. If a die contains holes or enclosed waste sections that remain after die-cutting, ask whether the Q’s inner-hole cleaning process addresses those features. If the concern is instead several product shapes arranged irregularly on one sheet, provide the die drawing and ask engineering to identify the applicable machine and tooling. The page publishes a maximum format of 1080 × 780 mm, a maximum stack height of 70 mm, 70 bar maximum pressure, and a removal speed of 2 cycles per minute. Because that speed differs substantially from the TR page’s published 15–22 cycles per minute, compare the operations and cycle definitions directly with QIANDING before estimating shift output. Do not compare these figures as if both models perform the same task. ## Pickup, robotic handling, and manual removal differences ![Diagram showing a sheet-to-stack handling sequence: sheet, strip waste out, grip and turn, and finished stack, with orange stick figures labeled manual touch?](https://www.qdblanking.com/wp-content/uploads/2026/10/03-visual-3.webp) The current TR page explicitly lists a manipulator and its grip specifications. The Q page does not list a manipulator or explain how finished pieces are picked up. It also does not say that unloading is manual. The responsible comparison is therefore: TR has published manipulator details; Q’s pickup arrangement needs confirmation. Ask the supplier to demonstrate the complete sequence from feeding a die-cut sheet to collecting acceptable products and separating waste. For each model, observe which steps are machine-controlled, which require an operator, and where the operator must handle a pile. Record the staffing and handling assumptions used in the demonstration. Do not infer automation level from “TR,” “Q,” or “1080” in a model number. When reviewing a sample, check whether grippers mark the stock, whether small pieces remain stable, how waste is removed, and how quickly operators can change over between jobs. Include guarding, access, and jam clearing in the walkthrough. The goal is to compare the production workflow for your particular job rather than assume that a model suffix predicts labor requirements. ## Comparison table: layout, material, labor, output, and workflow | Decision factor | HTQF-1080TR | HTQF-1080Q | Buyer check | | --- | --- | --- | --- | | Published process | Rotary-mold stripping with manipulator | Inner-hole cleaning | Confirm the process matches the waste left by your die | | Layout evidence | Page identifies complex, cross-arranged patterns | Page does not describe mixed-shape nesting | Send a die-line and sample sheet | | Sheet format | Up to 1080 × 780 mm | Up to 1080 × 780 mm | Confirm usable range and margins | | Published speed | 15–22 cycles/min | 2 cycles/min | Ask how cycles are counted and test the target job | | Handling | Manipulator grip range 30–280 mm; grip load 50–1,800 g | Pickup/unloading method not specified | Watch a full run and count manual touches | | Material | Compatibility must be checked for the job | Compatibility must be checked for the job | Test the actual board or substrate, coating, and cut quality | | Labor and output | Not guaranteed by the nameplate figures | Not guaranteed by the nameplate figures | Record staffing, changeover, stoppages, and good output during a representative run | | Workflow | Rotary stripping and mechanical handling are published | Inner-hole cleaning is published | Confirm integration with feeding, delivery, and downstream packing | Neither page provides a verified labor-saving figure or guaranteed output for your product. Build a fair comparison from good pieces per hour, operator touchpoints, setup time, waste separation, and changeover on the same die and material. Request a written quotation that names the machine configuration, tooling, delivery scope, installation assumptions, and service terms. ## Sample products that fit each machine QIANDING lists labels and medicine boxes for HTQF-1080TR, and tags, labels, and cosmetic packages for HTQF-1080Q. Those application labels are a starting point, not proof that every product in a category will run successfully. For TR, bring a regular front-and-back or cross-arranged layout if that reflects your work. Ask the team to confirm the rotation sequence, manipulator contact points, and the condition of product edges after stripping. For Q, bring a product with inner-hole waste that needs cleaning. If your intended use is mixed shapes without inner holes, make that distinction explicit and ask the manufacturer to verify the machine’s role before comparing it against TR. QIANDING (QD Blanking) manufactures automatic stripping and blanking equipment for post-press packaging work. Its product pages publish model-specific details, but final fit depends on the die, material, sheet format, and requested handling sequence. Share a marked-up drawing and representative samples rather than relying on a generic category name. ## What buyers should test before choosing ![Infographic titled What Should Buyers Test Before Choosing? with six numbered cards covering layout file, actual material, sheet and pile, difficult waste, pickup and stack, and output quality.](https://www.qdblanking.com/wp-content/uploads/2026/10/04-visual-3.webp) Before approving a model, send the supplier a short, comparable test pack: 1. **Die and layout:** Provide the die-line or a clear photo of the cutting forme. Mark product orientation, holes, bridges, waste sections, and any alternating directions. 2. **Material:** Identify the substrate, thickness or grammage, coating, and any special surface requirements. Include sheets from a normal production batch. 3. **Sheet and stack:** State the sheet dimensions and typical pile height. Confirm they fall within the intended configuration’s limits. 4. **Finished pieces:** Show the required pickup direction, acceptable contact points, and how products should be stacked or collected. 5. **Run target:** Define good output, shift pattern, operator availability, and downstream process. Ask for a representative test rather than extrapolating from the maximum published speed. 6. **Acceptance criteria:** Agree how to assess incomplete stripping, inner-hole cleanliness, damaged edges, waste carryover, and jams. 7. **Commercial scope:** Confirm tooling, optional handling equipment, guarding, delivery, installation, training, spare parts, and after-sales support in writing. Ask for a video or sample-run record using your own die where possible. Keep the test conditions with the quotation so purchasing and production compare the same configuration. If the machine cannot demonstrate your critical pattern, ask whether a different model or a custom arrangement is appropriate. ## Frequently asked questions ### Is 1080 Q an upgrade over TR 1080? The public information does not present one as an upgrade to the other. The TR page specifies rotary-mold stripping and a manipulator. The Q page specifies inner-hole cleaning. They should be compared against the process your product needs, after QIANDING confirms the Q feature mapping relevant to your application. ### Which model is better for alternating front-and-back layouts? The TR page describes a 180-degree rotary mold for complex, cross-arranged patterns. Ask QIANDING to confirm that your exact alternating layout is suitable and to show a run with your die. The Q page does not currently describe this layout capability. ### Can 1080 Q handle mixed shapes on one sheet? The current product page does not establish that. It describes inner-hole cleaning and does not explain mixed-shape nesting or finished-piece pickup. Send the layout to QIANDING and request written confirmation before selecting the Q for that reason. ### Does TR 1080 remove manual handling? The product page lists a manipulator, but the amount of operator handling depends on the complete line, product, and collection process. Observe a full run and count manual touches before estimating staffing or labor savings. ### Are the two published cycle speeds directly comparable? No. The pages describe different processes and publish 15–22 cycles per minute for TR and 2 cycles per minute for Q. Ask the engineering team what each cycle represents and run your job under agreed conditions before forecasting output. ### What should I send for a model recommendation? Send the die-line or layout photo, material details, sheet size, pile height, required pickup and stacking method, current process, target output, and a representative sample. This gives QIANDING enough context to confirm machine fit, configuration, and quotation scope. ## Choose by demonstrated fit HTQF-1080TR has published rotary-mold and manipulator details for cross-arranged stripping work. HTQF-1080Q is currently presented as an inner-hole cleaning machine. Since the pages do not confirm the outline’s mixed-shape and pickup comparison for Q, obtain that mapping directly from QIANDING and test both the waste pattern and handling sequence with your own samples. [Contact QIANDING](https://www.qdblanking.com/contact-us/) with your die layout to request a model recommendation and technical quotation.