PnP Toolkit for FUJI: setup, terms and part programming
FUJI’s NXT and AIMEX platforms are modular placement machines known for exchangeable heads and intelligent feeders. PnP Toolkit is an independent operator app: pick FUJI once and it uses FUJI words for nozzles and intelligent feeders, keeps a setup sheet for your FUJI machine, and points you to Nexim for the program.
What changes when you pick FUJI
| Pick-up word | Nozzle |
|---|---|
| Feeder word | Intelligent feeder |
| Programming software named in the app | Nexim |
| Models in the picker |
|
| Setup sheet | Separate rows for each machine, so a shop with several brands keeps them apart |
Your model not listed? Type it in the picker. The terms above apply to all FUJI models.
Set it up in four steps
- Open the app on the phone or line PC at pnptoolkit.app. It opens with FUJI selected; pick your model.
- Fill in the machine setup sheet: the nozzle and intelligent feeder you use for each package. Scan your existing setup sheet to save typing.
- Share the team file so every operator on this FUJI has the same choices (how).
- Add it to the home screen so it opens like any other app, and works offline.
Programming a new part on FUJI
- Find the part in the library, or scan its label or product page.
- If it is new, type the drawing numbers into the QFN decoder. Check the warnings and the to-scale drawing.
- Type the nominal numbers into Nexim. Use the rotation helper if pin 1 on the tape doesn’t match the CAD.
- Before the run, build the kitting list and load-check every reel into its intelligent feeder.
Part categories and part numbers for FUJI
All 179 library entries work the same on every machine. Tape widths below tell you which intelligent feeder sizes to have ready.
FUJI intelligent feeders, nozzles and settings
The names below are what PnP Toolkit offers in the setup sheet pick lists when you pick FUJI. Each one links to the maker document (or, where marked, the supplier catalog) it came from. Models and options vary, so always match the name printed on your own nozzle or intelligent feeder. Compare the same thing across brands in pick-and-place terms across brands.
Intelligent feeders, trays and sticks
| Name | What it is for | Source |
|---|---|---|
| W04 | FUJI intelligent feeder, 4 mm tape | bo4.onlinebiz.pt |
| W08 | FUJI intelligent feeder, 8 mm tape | bo4.onlinebiz.pt |
| W12 | FUJI intelligent feeder, 12 mm tape | bo4.onlinebiz.pt |
| W16 | FUJI intelligent feeder, 16 mm tape | bo4.onlinebiz.pt |
| W24 | FUJI intelligent feeder, 24 mm tape | bo4.onlinebiz.pt |
| W32 | FUJI intelligent feeder, 32 mm tape | bo4.onlinebiz.pt |
| W44 | FUJI intelligent feeder, 44 mm tape | bo4.onlinebiz.pt |
| W56 | FUJI intelligent feeder, 56 mm tape | bo4.onlinebiz.pt |
| W72 | FUJI intelligent feeder, 72 mm tape | bo4.onlinebiz.pt |
| W88 | FUJI intelligent feeder, 88 mm tape | bo4.onlinebiz.pt |
| W104 | FUJI intelligent feeder, 104 mm tape | bo4.onlinebiz.pt |
| Auto loading feeder | Reel tape, no splicing | smt.fuji.co.jp |
| Stacked stick feeder | Sticks, non-stop | smt.fuji.co.jp |
| Vibratory stick feeder 3 | Several stick part types | smt.fuji.co.jp |
| Tray unit-LT2 | Up to 48 tray parts (NXT III) | smt.fuji.co.jp |
| Tray unit LTC | Up to 24 tray parts (NXT III) | smt.fuji.co.jp |
| Tray unit-LTW2 | Up to 48 tray parts (AIMEX III) | smt.fuji.co.jp |
| Tray unit-M | Up to 10 tray parts on a feeder pallet | smt.fuji.co.jp |
| Stacked tray feeder | One tray part, non-stop | smt.fuji.co.jp |
| Tray feeder | 2–4 in chip trays and JEDEC trays | smt.fuji.co.jp |
Nozzles
| Name | Parts it picks | Source |
|---|---|---|
| Low impact nozzle | Two-piece nozzle for low placement impact | smt.fuji.co.jp |
Heads
| Name | Range | Source |
|---|---|---|
| H24S | 24 nozzles, 0201 metric (008004 in) to 5×5 mm | smt.fuji.co.jp |
| H24A | 24 nozzles, 0201 metric (008004 in) to 5×5 mm | smt.fuji.co.jp |
| V12 | 12 nozzles, 0402 metric (01005 in) to 7.5×7.5 mm | smt.fuji.co.jp |
| H12HS | 12 nozzles, 0402 metric (01005 in) to 7.5×7.5 mm | smt.fuji.co.jp |
| H12HSQ | 12 nozzles, 0402 metric (01005 in) to 7.5×7.5 mm | smt.fuji.co.jp |
| H08M | 8 nozzles, 0603 metric (0201 in) to 45×45 mm | smt.fuji.co.jp |
| H08MQ | 8 nozzles, 0603 metric (0201 in) to 45×45 mm | smt.fuji.co.jp |
| H04SF | 4 nozzles, 1608 metric (0603 in) to 38×38 mm | smt.fuji.co.jp |
| G04F | 4 nozzles, 0402 metric (01005 in) to 15×15 mm | smt.fuji.co.jp |
| G04FQ | 4 nozzles, 0402 metric (01005 in) to 15×15 mm | smt.fuji.co.jp |
| H02F | 2 nozzles, 1608 metric (0603 in) to 74×74 mm | smt.fuji.co.jp |
| H01 | 1 nozzle, 1608 metric (0603 in) to 74×74 mm | smt.fuji.co.jp |
| H01V | 1 nozzle, odd-form | smt.fuji.co.jp |
| OF | 1 nozzle, mechanical chucks (M6) | smt.fuji.co.jp |
| DX (DynaHead) | Tool-changing head (M6) | smt.fuji.co.jp |
| RH28 | NXTR, 28 nozzles | smt.fuji.co.jp |
| RH20 | NXTR, 20 nozzles | smt.fuji.co.jp |
| RH08 | NXTR | smt.fuji.co.jp |
| RH02 | NXTR | smt.fuji.co.jp |
| RH01 | NXTR | smt.fuji.co.jp |
| RHDX | AIMEXR multi-head | smt.fuji.co.jp |
Centering and vision
| Name | What it is for | Source |
|---|---|---|
| Parts camera | Bottom camera imaging the part on the nozzle | bo4.onlinebiz.pt |
| Intelligent Part Sensor (IPS) | Pickup stance, part left on nozzle, height | smt.fuji.co.jp |
| LCR check unit | Electrical check before placement | smt.fuji.co.jp |
| Laser sensor (panel height) | Warpage, placement height offset | smt.fuji.co.jp |
Placement settings: the maker’s own words
In the app, ⚙ on each setup row holds centering, head, speed, pick and place height offsets, placement force and vacuum check. These are the terms FUJI uses for those ideas:
| Name | Meaning | Source |
|---|---|---|
| Placement load / specified load | Target pressing force on part (example 'low impact of 50 gf') | smt.fuji.co.jp |
| Placement height | Height compensated for panel warpage ('offsetting the placement height') | smt.fuji.co.jp |
| Nozzle lowering speed | Z descent speed of nozzle | smt.fuji.co.jp |
| Push-in amount | Measured push-in until specified load reached | smt.fuji.co.jp |
| Placing surface / set tolerance | Height level from measured warpage; allowed warpage tolerance | smt.fuji.co.jp |
| Standard mode / Productivity priority mode / Heightened accuracy mode | Machine operating modes (speed vs accuracy) | bo6.onlinebiz.pt |
| Part shape data | Part data created from part images or actual parts (programming) | smt.fuji.co.jp |
Software
| Name | Role | Source |
|---|---|---|
| Nexim | Integrated software for centralized management of planning, changeover, production, maintenance and analysis; | smt.fuji.co.jp |
| Fuji Flexa | Line-level management and optimization software (Fuji America bundled Aegis NPI data prep feeding BOM/CAD/Gerb | automation.com |
| Scheduler | Creates production schedules and checks progress | smt.fuji.co.jp |
| Multi Job Line Balancer | Production program optimization | smt.fuji.co.jp |
| FUJI Smart Factory / Smart Factory Platform | Umbrella concept for connected line (Nexim-based); not a single program | fuji-euro.de |
Tools operators use on FUJI
Other machines
FUJI and model names are trademarks of their owners. PnP Toolkit is independent and not affiliated with or endorsed by FUJI.
No credit card. Works on any phone or line PC next to your FUJI. After the trial it’s $49/month per machine.