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JELIO · Router / Milling Depaneling

PCB Router Depaneling: Dual-Station Demonstration

Watch this JELIO PCB router demonstration to see the relationship between supported panels, two worktable positions and the moving spindle assembly. The portrait footage shows the machine from the loading side, making the worktable layout and the board support easy to follow. If you are comparing a router for your own PCBA, start with panel geometry and fixture access, then review the published limits of the related router platforms. Below, you can compare current catalog models, read model-specific technical data and plan a sample-cutting discussion. The emphasis is on choosing a workable separation setup for your panel, components and operator workflow.

By JELIO Engineering & Content Team Published Product Demonstration
PCB Router Depaneling: Dual-Station Demonstration0:50

DIRECT ANSWER

How does the dual-station PCB router layout support panel separation?

A dual-station PCB router uses two supported worktable positions around the cutting area. In this JELIO demonstration, green panels remain located on fixtures while the spindle assembly and tables move through the sequence. For your own panel, compare the related machine’s working envelope, cutter range and component clearance, then review loading access and the complete sample-cutting workflow.

What to watch: table movement and panel support

Start with the panel nearest the loading side, then follow the worktable as the camera moves toward the enclosure. The board is supported on a fixture rather than held by hand during the machine movement. This relationship between the support, panel edge and cutting area is the main feature to observe in the clip.

When reviewing a similar arrangement, mark the tabs, cut contours and components near each board edge on the drawing. That gives the technical support team a concrete basis for discussing fixture access and the cutter route. For a fuller automation decision, read the inline versus offline depaneling guide.

Three moments from this video

Supported PCB panels on a JELIO dual-worktable router
0:02 Supported PCB panels on a JELIO dual-worktable router
Worktable moving toward the router enclosure in the video
0:20 Worktable moving toward the router enclosure in the video
Spindle working area and supported panels during the router demonstration
0:40 Spindle working area and supported panels during the router demonstration

RELATED PRODUCT SPECIFICATIONS

Technical Specifications

Source: JLO-C3532/JLO-C5045. These are the published specifications for this related catalog product.

JLO-C3532/JLO-C5045 — product-page reference
ParameterPublished value
ModelJLO-C3532/JLO-C5045
Number of WorkstationsDual Station
Max. PCB Depaneling Size350mm(X)*320mm(Y)(Single Station)/500mm(X)*450mm(Y)(Single Station)
Cuttable PCBA Thickness0.5~4mm
Cutting Accuracy±0.05mm
Repeatability±0.02mm
Spindle Tool Rangeφ0.5~3mm
Spindle SpeedMAX.60000rpm

Compare current router configurations

Comparison using the linked product pages
Decision pointJLO-C3532/JLO-C5045JLO-C4980
Catalog modelJLO-C3532/JLO-C5045JLO-C4980
Panel envelope350mm(X)*320mm(Y)(Single Station)/500mm(X)*450mm(Y)(Single Station)350mm(X)*320mm(Y) (Single Station)
Spindle speedMAX.60000rpmMAX.40000rpm
Cutting accuracy±0.05mm±0.06mm
Repeatability±0.02mm±0.02mm

RECOMMENDED BUYER WORKFLOW

Plan a fixture-supported router trial

  1. 01

    Map the separation

    Mark tabs, contours and nearby components on the panel drawing.

  2. 02

    Check the envelope

    Compare the panel and component heights with the selected model.

  3. 03

    Review fixture access

    Identify supports, locating features and loading positions.

  4. 04

    Inspect sample output

    Review the edge and dimensions before confirming the configuration.

Choose a configuration for your panel

For an EMS process engineer, table count is only part of the selection. Consider how a populated panel is loaded, how it is supported near the final cut and how the separated boards leave the station. A sample discussion should include the actual panel and the intended fixture rather than a board outline alone.

Keep cutting accuracy and repeatability as separate requirements. The catalog table below preserves those labels and their values for the related product family. Discuss tool-change options, extraction and operator access together with the equipment configuration. Use Send Your Inquiry to attach the project context in your message and request the next step for sample evaluation.

Frequently asked questions

What should I focus on while watching the router video?

Follow the worktable positions, panel support and the spindle working area. These show the physical arrangement to discuss when planning a fixture for your own panel.

Which related router has a published 0.5–4 mm thickness range?

The JLO-C3532/JLO-C5045 product table lists a cuttable PCBA thickness of 0.5~4mm. Review the full product page together with your panel drawing.

Is repeatability the same as cutting accuracy?

They are separate entries in the published router table. Use the cutting-accuracy row for the cutting requirement and the repeatability row for repeated positioning comparisons.

Can the fixture be discussed for a different panel layout?

Yes. Share the panel outline, tab locations and component layout with JELIO’s customization or technical support team to discuss the fixture and working area.

How do I request a sample-cutting evaluation?

Contact technical support with the panel drawing, sample information and the edge and dimensional checks you need. The service page describes sample cutting, edge analysis and dimensional verification.

NEXT STEP

Request a sample-cutting review

Share your panel drawing and application requirements with the JELIO team.

Request a sample-cutting review →Compare router models

Technical References