Placement Heads (NPM-W2)


Simultaneous realization of high area productivity and high-accuracy placement

High production mode (High production mode: ON)

Max. speed: 77 000 cph *1 (IPC9850(1608):59 200cph *1 ) / Placement accuracy: ±40 μm

High accuracy mode (High production mode:OFF)

Max. speed: 70 000 cph *1 / Placement accuracy: ±30 μm(Option:±25μm *2)

*1:Tact for 16NH × 2 head
*2:Under conditions specified by PSFS

New placement head

  • lightweight 16-nozzle head

New high-rigidity base

  • High rigidity base supporting high-speed / accuracy placement

Multi-recognition camera

  • Three recognition functions combined into one camera
  • Faster recognition scan including components height detection
  • Upgradable from 2D to 3D specifications

Machine Configuration

Rear & Front Feeder Layout

60 different components can be mounted from 16mm tape feeders.

Single Tray Layout

13 fixed feeder slots are available. PoP tray mounting is possible via a transfer unit.

Twin Tray Layout

While one tray is used for production, the other tray can simultaneously be used to setup the next production in advance.



Large Board

Single-lane specifications (Selection spec.)

Large Board up to 750 x 550 mm can be handled

Dual-lane specifications (Selection spec.)

Large boards (750 x 260 mm) can be handled collectively.
Boards (up to a size of 750 x 510 mm) can be handled collectively during single transfer.

Large Components

Compatible to component sizes up to 150 x 25 mm


LED Placement

Brightness Binning


Avoid mixing of brightness and minimizes component and block disposal.
Monitors remaining component count to avoid component exhaust during operation.

LED nozzle example

*Please ask us for nozzles that support LED components of various shapes

Other functions
  • Global bad mark recognition function
    Reduces in travel/recognition time to recognize bad marks
  • PCB standby between machines (with the extension conveyor attached)
    Minimizes the PCB (750 mm) change time

High productivity - Employs dual mounting method

Alternate,Independent & Hybrid Placement

Selectable "Alternate" and "Independent" dual placement method allows you to make good use of each advantage.

Alternate :
Front and rear heads execute placement on PCBs in front and rear lanes alternately.
Independent :
Front head executes placement on PCB in front lane and rear head execute placement on rear lane.

Independent changeover

In the independent mode, you can conduct a changeover on one lane while production continues on the other lane.You can exchange the feeder cart during the production also with Independent changeover unit (option). It supports automatic support pin replacement (option) and an automatic changeover (option) so that it provides the best changeover for your production type.


PCB exchange time reduction

Two PCBs can be clamped on one stage (PCB length : 350 mm or less).And Higher productivity can be realized by reducing PCB exchange time.

Automatic replacement of support pins (option)

Automate position change of support pins to enable non-stop changeover and help save man-power and operation errors.


Quality improvement

Placement height control function

Based on PCB warpage condition data and thickness data of each of the components to be placed, the control of placement height is optimized to improve mounting quality.

Operating rate improvement

Feeder location free

Within same table, feeders can be set anywhere.
Alternate allocation as well as setting of new feeders for next production can be done while the machine is in operation.

Feeders will require off-line data input by support station (option).