PCB Depaneling Machine SAM-CT23Q

The SAM-CT23Q is a compact desktop PCB depaneling machine designed for precise PCB cutting and efficient circuit board separation.

This PCB router is ideal for small to medium production environments requiring high accuracy and low-stress depaneling.

Desktop PCB Depaneling Maschine mit Schutzgehäuse

Technical specifications – SAM-CT23Q PCB depaneling machine

Specifications
Details
max. PCB size
250x350mm
PCB thickness
0.4-2.0mm
Router bit diameter
Ø 0.8 - 3.0 mm
Materials (resin)
FR4, CEMI, CEM3, etc
max. cutting speed
50mm/sec
max. moving speed
400mm/sec
Repeat accuracy
±0.02mm
max. Z axis stroke
25 mm
Router depth setting
STD manual 3 stage or auto 2 stage
Spindle spec.
STD: 40,000 rpm OPT: 5,000-60,000 rpm
XYZ axis control
AC servo motor (XY) Cylinder (Z axis)
Power voltage
1X AC230V, 50/60Hz
Power consumption (incl. dust collector)
Approx. 1, 2KVA
Pneumatic pressure
0.5-0.7 MPa
Air consumption
Approx.10L/min (A.N.R.)
Weight of main unit
60kg
Outer dimensions width | depth | height
720x640x500mm

Dust collector VNA-15 (optional)

Rückansicht des Staubsammlers VNA-30 für PCB Depaneling Maschinen
Specifications
Details
Power source
3 Phase 50/60Hz separate use
Output(kW)
0,75
Airflow capacity (m3/min)
0 | 7,5 | 12
static pressure (kPa)
2,55 | 1,77 | 0,69
Noise [±2dB(A)]
65
Filter material
Cotton
Filter area (m2)
4,5
max. moving quantity
1
Dust removal
Manual
Dust bucket capacity
18l
inlet diameter
⌀127mm
Power cord
3(4), no plug
Exterior dimensions width | length | height
650x400x1400 mm
Mass (kg)
95
* Specifications are subject to change without notice.

PCB Depaneling Fixtures – Compare Options for Your Production

Standard universal fixture

CAD Layout einer Leiterplatte für PCB Depaneling Programmierung

Magnetic universal fixture

Magnetische Pin-Aufnahme für flexible Leiterplattenfixierung beim PCB Depaneling

Board receiving jig & unloading tray

unloading tray set on the jig

Automatische Leiterplattenaufnahme für PCB Depaneling Maschine
Automatische Leiterplattenaufnahme für PCB Depaneling Maschine

Dedicated fixture

Werkzeugaufnahme für PCB Depaneling Maschine mit Leiterplattenhalter
Werkzeugaufnahme für PCB Depaneling Maschine mit Leiterplattenhalter

Which device is right for you?

Standard: flexible and cost-effective
Magnetic: quickly convertible for variable production
Dedicated: highest precision for series production

Features of the PCB depaneling machine – your advantages at a glance

Simple programming via CAD (DXF)

CCD camera captures an image of the PCB and enable you to simply point-and-click your cutting paths. With intgrated QR codes each PCB can be cut automatically.

Board receiving jig & unloading tray

Our cutting edge technology minimizes the stresses on your PCBs. This results in smoother edges alongside the cuts. Our machines enable a rapid and automized workflow with a high quality product: we would like to encourage you to try our Testmachine in Düsseldorf or send us a sample to be produced for you.

Leiterplattenpanel vor dem PCB Depaneling mit V-Cut Linien
Vnotch roller cutter
PCB Depaneling Schnittkante nach dem Trennen einer Leiterplatte
Router machine 23NJ

Clean PCB depaneling through precise dust extraction

Dust collection from directly below the cutting fixture wiht our by powerful vacuum system minimizes adhesion of dust on your PCB.
On top of that it safes you the extra manual labour of using a blower, accelarating your workflow.

Automatic position detection for highest precision

CCD camera reads fiducial marks on a PCB and compensates for variance on relative position of cutting paths.

Longer tool life of the milling cutter – lower costs

Automatic 5-stage depth adjustment extends bit life and reduces time and cost of replacement.

Free demo machines & cutting samples

Contact us for a trial sample or a customized offer in Germany.

Leiterplattenpanel für PCB Depaneling Anwendung

Trusted by Leading Electronics Manufacturers

After introducing our 23NJ PCB depaneling machine, we realized how easy the programming is and how high the quality is. Previously, program creation took about a day; now it only takes 30–60 minutes.

The 23NJ has proven itself as a reliable PCB depaneling solution for our international production sites.

Denso
Barcelona

Although we are not fully utilizing the 23Q, we are very satisfied with the performance of our PCB depaneling machine. The Poka-Yoke function, as well as the high precision and repeatability, are particularly impressive.

The machine is ideally suited for various applications in industrial environments.

NIDEC Elesys
Europe

Maintanance

Our machines are durable and we have documented a life cycle of easily more than 10 years per machine.

✔ Lifespan over 10 years

We recommend that the spindle motor and collet chuck should be kept in stock because it takes time to produce.

✔ Spare parts should be available

Although our system supports a 3-5 step depth adjustment, the milling cutters need to be replaced regularly as they are wear parts.

Customer Support in Germany

Our experienced support team, including German engineers, provides fast and reliable assistance for your production needs.

PCB Depaneling FAQ – Common Questions About PCB Routers & Machines

Regular maintenance of a PCB depaneling machine includes:

– Replacement of the milling head
– Daily cleaning of the dust collector
– Lubrication of the conveyor belt rail
– Maintenance of the ball screw

The CCD camera detects reference marks (fiducials) on the circuit board and enables precise positioning during PCB depaneling.

QR codes, on the other hand, are used to identify the product or to select the correct program.

These functions help to avoid errors and increase process reliability.

Seika offers on-site installation and training.

Our support team will assist you quickly and reliably with any questions – by phone, email or web conference.

23Q: The stroke of the Z-axis is 25 mm (cuttable area: 20 mm).
The dead space on the underside is 57 mm.

23S: The stroke of the Z-axis is 40 mm (cuttable area: 35 mm).
The dead space on the underside is also 57 mm.

(Also applies to 23NJ, 34NJ and 56NJ.)

There is no fixed minimum size for printed circuit boards during PCB depaneling.

In practice, the smallest size is approximately 30 × 30 mm.

For particularly small or specialized products, we recommend contacting us individually.

The milling cutter is the most important wear part and should be replaced regularly.

The lifespan of the milling cutter depends on the material of the circuit board.

With the 23S model, the position of the milling cutter can be automatically adjusted in several steps, thus extending the tool life.

A milling cutter can typically cut a length of about 100–150 mm.

The changeover on the 23Q model is done manually.

Rigid boards can be cut without any problems.

Processing may be limited with flexible materials or metal parts. In such cases, we recommend individual consultation.

For small workpieces, a suitable fixture is important to ensure stable positioning during PCB depaneling.