Model-selection guide
How to Choose an Eclipse Automated Sheet-Fed Finishing System
An Eclipse model decision should begin with the finished job, not a broad product category. A label sheet, contour-cut DTF transfer, creased card, carton sample, decal, or sign component can each require different layout dimensions, material construction, registration, tool action, collection needs, and validation criteria. This guide organizes those questions into a transparent production conversation.
Use this guide to screen an Eclipse model path responsibly, identify what needs application review, and distinguish an Eclipse sheet-fed workflow from Matrix surface enhancement and an Apex Pro SF flatbed workflow.
Workflow map
Define the finished result
Name the actual item, finished shape, operation, and acceptance question. Do not start from a generic material family alone.
Screen the programmed layout
Compare the planned cut, crease, or contour layout with a published cutting area while keeping raw-sheet handling as a separate confirmation.
Describe the construction
Collect the actual stock, film, board, liner, adhesive, coating, laminate, print state, thickness or caliper, and sheet dimensions.
Choose the reviewed operation
Separate through-cut, kiss cut, crease, perforation, V-cut, plot, or another required action and identify the planned tool path.
Validate with the actual job
Use the representative material and approved file to verify the configuration, registration approach, finished result, and sample acceptance criteria.
Start with production role, not a generic materials claim
Every Eclipse model is part of the automated die-free sheet-fed finishing line, but the models do not share the same published layout, stack, vacuum, tool, or application context. The first selection question is therefore production role: what does the finished sheet need to become, which operation creates that result, and what must be true for the job to be accepted?
A generic description such as paper, vinyl, board, packaging, labels, signs, or DTF does not answer enough of that question. A useful review adds finished format, cut and crease geometry, sheet dimensions, print state, registration marks if used, construction, surface treatment, intended operation, and sample criteria. This lets a production team select by evidence rather than by a single category label.
Source boundary: Evidence basis: CUTWORX USA Eclipse S and X Series product documentation and application-review workflow language.
Use published cutting areas as a layout screen
The published Eclipse cutting areas establish a clear first layout screen: 15 x 23 inches for Eclipse 1523, 20 x 29 inches for Eclipse 2029, 27.8 x 39.3 inches for Eclipse X 1007, and 47.2 x 35.4 inches for Eclipse X 3547. These values describe programmed cutting-area references. They should guide a conversation about whether the intended cut or crease geometry can fit inside the named workspace.
A cutting-area reference is not automatically a maximum raw-sheet-size, printable-area, margin, registration-mark, or feed-capacity promise. Printed work can need space for marks and handling. A carrier-backed construction can need different margins. The actual sheet orientation and installed configuration remain part of a job-specific review.
Source boundary: Evidence basis: CUTWORX USA Eclipse S Series brochure and Eclipse X Series brochure.
Treat maximum thickness as a job variable
The Eclipse S Series brochure lists a maximum cutting thickness of 6 mm or .24 inch. The Eclipse X Series brochure lists a maximum cutting thickness of 16 mm or .63 inch for X 1007 and X 3547. These published figures are useful routing information, but they are not universal approvals for every material at the named thickness.
Thickness or caliper is only one part of the construction. Density, stiffness, grain, flute profile, adhesives, liners, coatings, laminates, print, geometry, tool, hold-down behavior, desired operation, and the required finished result can all change the production question. Present the actual material and sample goal before a selection becomes a recommendation.
Source boundary: Evidence basis: CUTWORX USA Eclipse S Series and Eclipse X Series brochures. Material and operation results remain subject to application validation.
Match registration and tool requirements to the finished piece
When a cut or crease path must relate to printed graphics, registration becomes a visible selection input. The Eclipse product documentation describes CCD and camera registration for print-to-cut workflows. The file, printed marks, representative sheet, and final acceptance question should remain together so the relationship between artwork and the finishing path is reviewable.
Tool selection is equally specific. Through-cut, kiss cut, crease, perforation, V-cut, and other operations are not interchangeable labels. The X 3547 brochure identifies UCT, EOT, EOT2, Drag Knife, Kiss-Cut, and Crease tools. A tool listing does not eliminate the need to review the intended operation and construction for the actual job.
Source boundary: Evidence basis: CUTWORX USA Eclipse X Series brochure and model-page tooling descriptions.
Keep Eclipse, Matrix, and Apex Pro SF in their correct workflow roles
Eclipse is the automated die-free sheet-fed finishing system line. Matrix is a separate stage for lamination, foil fusion, sleeking, and soft-touch surface enhancement. When both are used, the output from Matrix becomes the actual construction that must be reviewed for later Eclipse shape finishing. This preserves a clear sequence and avoids attributing a surface-effect capability to an Eclipse cutter.
Apex Pro SF is also distinct. It is a hybrid sheet-fed flatbed cutter path, not another Eclipse model. Its current page identifies a 51 x 47 inch cutting area, two active UCT modules, up to 50 mm material capability, and a 7.5 kW vacuum system. Route a job for Apex review only when the reviewed production requirements call for that platform role, not as a generic escalation based on one material word.
Source boundary: Evidence basis: CUTWORX USA Matrix and Apex Pro SF documentation.
Prepare a model-selection brief that can be answered
A strong selection brief lets a production team compare like with like. It connects one actual job to its layout, construction, operation, registration need, and acceptance standard. That produces a more useful conversation than asking whether a model can handle a broad material category.
The final recommendation should reflect the exact file, physical construction, installed or proposed configuration, and sample result. If those variables change, return to the review step. That is a safeguard for a better production decision, not an obstacle to selection.
- Final cut, crease, or contour file and finished dimensions
- Raw-sheet dimensions, orientation, print state, and registration-mark approach
- Complete material construction, including coatings, laminates, adhesive, or liner where relevant
- Required operation, desired tool action, and intended collection or finished format
- Representative sample and stated acceptance criteria for the production test
Source boundary: Evidence basis: CUTWORX USA production workflow and application-review guidance.
Eclipse model-selection screen
| Model | Published cutting area | Published maximum cutting thickness | Selection role |
|---|---|---|---|
| Eclipse 1523 | 15 x 23 in | 6 mm / .24 in | Compact S Series sheet-fed workflow path. |
| Eclipse 2029 | 20 x 29 in | 6 mm / .24 in | Mid-format S Series sheet-fed workflow path. |
| Eclipse X 1007 | 27.8 x 39.3 in | 16 mm / .63 in | X Series larger-format qualified workflow path. |
| Eclipse X 3547 | 47.2 x 35.4 in | 16 mm / .63 in | X Series larger-layout qualified workflow path. |
Published values screen a layout and product path. They do not replace review of raw-sheet handling, construction, tool, geometry, configuration, registration, and intended result.
Glossary
- Production role
- The job function a system is being evaluated to perform, defined by finished result, layout, material construction, operation, and review criteria.
- Cutting area
- The published workspace for the programmed cut or crease layout. It is not automatically a maximum raw-sheet or printable-area claim.
- Material construction
- The relevant physical layers and properties of a sheet or media, including substrate, coating, laminate, adhesive, liner, print state, and dimensions where relevant.
- Application review
- A review of the actual file, material, geometry, tool, configuration, and required result for a specific job.
Frequently asked questions
How do I choose between the Eclipse 1523, 2029, X 1007, and X 3547?
Start with the finished item and required operation. Then screen the programmed layout against the published cutting areas, describe the actual construction, determine registration and tooling needs, and validate the representative job with CUTWORX USA.
What is the Eclipse X 3547 cutting area?
The Eclipse X 3547 has a published 47.2 x 35.4 inch cutting area. That value is a layout reference, while raw-sheet handling and the actual material, tool, geometry, and result require application review.
Does a maximum cutting thickness approve every material at that thickness?
No. Published maximum cutting thickness is a routing value. The actual construction, density, coating, laminate, liner, print state, geometry, tool, hold-down behavior, and required result still need review.
When should a job use camera registration?
Use a registration review when the cut or crease path must align to printed graphics or another printed reference. Supply the final artwork, path, marks, representative sheet, and acceptance question.
Is Matrix part of an Eclipse cutter?
No. Matrix is a separate surface-enhancement workflow for processes such as lamination, foil fusion, sleeking, and soft-touch work. Eclipse provides the later reviewed shape-finishing operation.
When should a job be reviewed for Apex Pro SF instead?
Escalate to Apex Pro SF review when the actual job calls for its distinct flatbed platform role, larger reviewed layout, two active UCT modules, broader tooling, or a material and operation combination outside a confirmed Eclipse path.
Sources and review
Reviewed 2026-10-08. This educational guide does not provide a universal material approval, a maximum raw-sheet-size promise, or a performance guarantee.