JELIO · Integrated Systems

Router-Saw Depaneling: Fixture & Toolpath Video

This JELIO video brings the camera close to a depaneling fixture, slotted green panels and the spindle working area. Published in the original video library as “Router & Saw Integrated PCB,” it is a useful starting point for discussing the support and route needed for a particular panel. Follow the board positions and tool movement, then compare the integrated systems catalog for the cutting functions and tool ranges available in current products. This page links the footage to related offline and inline platforms, with their original specification values and a buyer workflow focused on panel geometry, fixture access and production-line handoff.

Router-Saw Depaneling: Fixture & Toolpath Video0:47

DIRECT ANSWER

What should you compare when selecting a router-and-saw PCB depaneling machine?

Compare the panel envelope, the contours assigned to milling, the straight cuts assigned to the saw and the handling arrangement around the fixture. JELIO’s related integrated product tables list milling and saw tool ranges separately. Use the close-up video to frame fixture-access questions, then match the machine configuration to the panel drawing and the required production-line handoff.

Read the fixture layout before choosing a tool

The video moves between the loading-side fixture and a close-up of the spindle over the panel. Slotted features and locating supports are visible, giving process engineers a useful view of the working area. Watch the space between the tool, the supported panel and the edge of the fixture when planning the questions for a sample review.

The related router-and-saw product page lists straight, L-shaped, U-shaped, circular and arc milling functions, while the saw function is listed as a straight line. Start by marking those different route requirements on your drawing. The inline integrated platform is a separate option to review when the incoming and outgoing board flow must be considered together with separation.

Three moments from this video

Slotted panel supported at a depaneling worktable
0:02 Slotted panel supported at a depaneling worktable
Front view of the integrated-topic demonstration and its two worktables
0:18 Front view of the integrated-topic demonstration and its two worktables
Spindle above the slotted panel in the original video
0:37 Spindle above the slotted panel in the original video

RELATED PRODUCT SPECIFICATIONS

Technical Specifications

Source: JLO-CXJ3235/JLO-CXJ4550. These are the published specifications for this related catalog product.

JLO-CXJ3235/JLO-CXJ4550 — product-page reference
ParameterPublished value
ModelJLO-CXJ3235/JLO-CXJ4550
Max. PCB Depaneling Size320mm(X)*350mm(Y)(per station)/450mm(X)*500mm(Y)(per station)
Cuttable PCBA Thickness0.5~4mm
Milling Cutter Tool Rangeφ0.5~3mm
Saw Blade Tool RangeSaw blade thickness:0.3mm; diameter:100mm
Spindle SpeedMilling cutter:60000rpm; Saw blade:8000rpm
Milling Cutter Cutting FunctionStraight line, L-shape, U-shape, circle, arc, etc
Saw Blade Cutting FunctionStraight line

Offline and inline integrated platforms: published differences

Comparison using the linked product pages
Decision pointJLO-CXJ3235/JLO-CXJ4550JLO-CXJ3235
Catalog modelJLO-CXJ3235/JLO-CXJ4550JLO-CXJ3235
Panel envelope320mm(X)*350mm(Y)(per station)/450mm(X)*500mm(Y)(per station)320mm(X)*350mm(Y) (Single Station)
Milling tool rangeφ0.5~3mmφ0.5~3mm
Saw blade tool rangeSaw blade thickness:0.3mm; diameter:100mmSaw blade thickness:0.3mm; Diameter:100mm
Dust collectionUpper dust collectionTop follow-up dust collection

RECOMMENDED BUYER WORKFLOW

Turn a panel drawing into a cutting-method review

  1. 01

    Identify route segments

    Separate straight cuts from shaped contours on the drawing.

  2. 02

    Review tool access

    Check milling diameter, saw access and nearby components.

  3. 03

    Plan the fixture

    Identify support and locating points around the separation sequence.

  4. 04

    Choose board handling

    Discuss an offline station or line-integrated transfer with the quotation.

Choose a configuration for your panel

A mixed-route panel may need a different discussion from a panel with straight cuts only. Show the final board outline, remaining tabs and the location of components near the cut. Ask the engineering team to review the order of operations together with the support points, especially where the last connection holds a separated board.

The comparison table keeps each platform’s published data attached to that platform. Bring your line direction, transfer height requirements and downstream operation into the customization discussion. For the production strategy behind that choice, see the inline versus offline guide.

Frequently asked questions

What does this close-up help a buyer evaluate?

It helps you discuss fixture layout, panel support and access around the spindle area. Use it with a panel drawing when reviewing a similar setup.

Which cut shapes are listed for the related milling function?

The JLO-CXJ3235/JLO-CXJ4550 table lists straight line, L-shape, U-shape, circle and arc functions for the milling cutter.

What is the related product’s saw cutting function?

The product table lists straight-line cutting for the saw blade. Its blade tool range is shown separately from the milling cutter range.

When should I compare an inline system?

Compare the inline platform when the depaneling station must work with incoming and outgoing board transfer. Share the line layout and handoff requirements during configuration review.

Can I request a review of a mixed milling-and-saw panel?

Send the board drawing with the intended contours, straight cuts, component clearances and sample requirements. JELIO technical support can discuss the sample-cutting and inspection scope.

NEXT STEP

Compare an integrated configuration

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

Technical References

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