Machinery for Electronics → Pick & Place (SMT)

/ by Makitor / in Uncategorised

https://makitor.com/categoria-producto/maquinaria-electronica

Overview

Pick & Place (P&P) is the heart of the SMT line: it automatically places SMD components (resistors, capacitors, QFN/BGA, LEDs, etc.) onto the PCB with high precision and high speed.
At Makitor, we connect qualified buyers with sellers of new, used, and refurbished equipment—reducing search time and improving the ROI of your investment.

What is it for?

  • Automate PCB assembly with 2D/3D vision and smart feeders.
  • Increase FPY and OEE, reduce rework and downtime.
  • Integrate inline with paste printers, reflow, AOI/SPI, and traceability via SMEMA / Hermes / IPC-CFX.

Who needs it?

Manufacturers in consumer electronics, automotive, industrial, medical, LED/lighting, and IoT seeking higher throughput and stable quality.

Why buy/sell on Makitor

  • 🔎 Qualified demand in Spain and internationally.
  • ♻️ New & refurbished options with significant savings.
  • 🧭 Consulting to size CPH, accuracy, and changeover.
  • 🔗 True integration with your SMT line (SMEMA/Hermes/CFX).
  • 🚀 Fast listing (WhatsApp or email registration) + featured ads.

How to choose your Pick & Place (quick checklist)

  • Real CPH & accuracy (μm @3σ) for your product mix.
  • Component range: 01005–, fine-pitch, BGA/QFN.
  • Feeders: tape / tray / stick and lane cost/availability.
  • PCB size/rigidity (warpage) and board supports.
  • Changeover (SMED): feeder carts, libraries, barcode verification.
  • Service & spare parts availability in your region.

Electronics Machinery (context: SMT/THT → full line)

Electronics machinery includes SMT and THT equipment plus inspection, test, logistics, and ESD. Goal: assemble PCBs faster, with greater precision and less rework, meeting IPC-A-610, ANSI/ESD S20.20, and IATF/ISO when applicable.

1) SMT line

  • Solder paste printers / stencil printers (alignment; optional SPI).
  • Pick & Place machines (CPH, μm precision, smart feeders, 2D/3D vision).
  • Reflow ovens (convection, nitrogen, vapour phase) & thermal profiles.
  • SPI/AOI (2D/3D) and X-ray 2D/3D/CT for BGA/QFN.
  • Traceability/MES (SMEMA / Hermes / CFX): real-time data, barcodes, serialization.
  • Smart storage (reel towers, dry cabinets for MSD), feeder logistics.

2) THT soldering

  • Automatic insertion (axial, radial, odd-form).
  • Wave and selective soldering (lower consumption, fewer masks).
  • Flux/preheating, conveyors, curing ovens (resins/conformal).

3) Inspection & test

  • AOI post-reflow, SPI, X-ray for hidden joints.
  • ICT / Flying Probe (in-circuit test).
  • Functional / burn-in / end-of-line; laser marking/labeling.

4) Rework, prototyping & lab

  • BGA/QFN rework stations (profile control).
  • Benchtop ovens, manual stencil printers, desktop P&P.
  • Microscopy, ultrasonic cleaning, precision tools.

5) Safety, ESD & fume extraction

  • ESD furniture/flooring, wrist straps, ionizers.
  • Extraction (soldering, conformal). ANSI/ESD S20.20 compliant.

6) Automation & logistics

  • AGVs/AMRs, smart conveyors, buffers.
  • Vertical warehouses, digital kanban, ERP/MES connectivity.

How to choose electronics machinery (global checklist)

  • Volume & mix: real CPH, SMED, setup time.
  • Component range: 01005–, fine-pitch, BGA/QFN, connectors.
  • PCB size/rigidity & supports; warpage.
  • Integration: printer/reflow/AOI, SMEMA/Hermes/CFX, traceability.
  • Quality: FPY, OEE, need for AOI/X-ray/ICT.
  • Total cost: feeders, nozzles, spares, energy, footprint, local support.
  • Regulations: IPC-A-610, ISO 9001, IATF 16949, ISO 13485, AS9100.

CTAs

  • Selling a Pick & Place? List your machine in minutes.
  • Looking for a specific machine? Ask us for advice and we’ll guide you.
  • Explore electronics categories → View catalog.

Suggested internal links

  • Pick & Place (Yamaha YG200L category or product)
  • Reflow ovens
  • AOI/SPI
  • Selective / wave soldering
  • BGA rework
  • Storage & ESD

FAQs (schema-ready)

What’s the difference between SMT and THT?
SMT places SMDs on the PCB surface (fast, compact). THT inserts pins through the board (robust for connectors/power).

Do I need AOI if the process is good?
Yes. AOI catches early defects (offset, insufficient solder, polarity), increases FPY, and reduces rework.

What does traceability (CFX/Hermes) offer?
Real-time lot/component and process data—key for regulated sectors and continuous improvement.

  • Title: Electronics Machinery → Pick & Place (SMT) | Buying & Selling
  • Description: Buy and sell SMT Pick & Place machines for PCB assembly. High precision, real CPH, smart feeders, and SMEMA/Hermes/CFX integration. New, used, and refurbished.
  • Keywords: pick and place, SMT machine, PCB assembly, SMT equipment, CPH, 3D vision, SMT feeders, BGA/QFN, SMEMA, Hermes, CFX, reflow, AOI, SPI, used electronic machinery, second-hand pick and place

“5 satellite posts” (keep as related reading)

  1. 3D vs 2D AOI: which to choose for your SMT line?
  2. How to choose your reflow oven: convection, N₂ or vapour phase
  3. Selective vs wave soldering: when to use each
  4. Quick changeovers in Pick & Place: libraries & feeders (SMED)
  5. CFX/Hermes/SMEMA traceability for e-SMEs

Maquinaria para Electrónica → Pick & Place

Electronics Machinery → Pick & Place (SMT)

INTRODUCTION
A Pick & Place machine (e.g., Yamaha YG200L) is electronic assembly equipment that automatically places SMD components (resistors, chips, QFN/BGA, LEDs, etc.) onto a PCB with high speed and precision. It is the heart of an SMT line.

WHERE IT FITS IN THE SMT LINE
Solder paste printer → 2) Pick & Place → 3) Reflow oven → 4) Inspection (SPI/AOI) → 5) Functional testing.
The P&P takes the component from the feeder, optically centers it, and places it onto the solder paste on the PCB.

KEY PARTS OF A PICK & PLACE
• Placement head(s): from 1 to several nozzles; more nozzles = higher speed.
• Vision system: top/bottom cameras (on-the-fly) to center components.
• Feeders: tape, tray, and stick/vibratory.
• PCB transport: conveyor with SMEMA/Hermes standards to link machines.
• Software: BOM/centroid import, route optimization, and component libraries.
• ESD management: grounded chassis and work surfaces to protect sensitive parts.

FEEDER TYPES AND COMPONENT RANGES
• Tape: typical widths 8/12/16/24/32 mm.
• Tray: JEDEC trays for large ICs, BGA, QFN.
• Stick: bar packaging (less common today).
• Typical range: SMD passives from 0402/0201/01005 up to large connectors; ICs (QFP/QFN/BGA/CSP), LEDs, RF modules.
• PCB size: usually handles medium-to-large boards (depends on the specific model).

METRICS THAT MATTER
• CPH (placements per hour): “nominal” vs IPC-9850 (more realistic) vs your real-mix CPH.
• Placement accuracy: typically ±25–60 μm @3σ, depending on machine and vision.
• Changeover time: bar-coded feeder carts/baskets reduce downtime.
• First Pass Yield (FPY): % of boards OK on the first run.
• OEE: availability × performance × quality.

SOFTWARE AND PROGRAMMING
• Import BOM + placement file from CAD (Altium, KiCad, etc.).
• Assign libraries (package, height, vision, nozzle, feeder).
• Optimize placement order to minimize head travel.
• Traceability: component lots, barcodes, and placement logs.
• Integrations: AOI/SPI and CFX/Hermes/SMEMA connectivity for real-time data.

OPERATION AND QUALITY (TIPS)
• Nozzles: clean/inspect daily; use the correct size/weight rating.
• Solder paste: printing quality is critical; SPI helps prevent tombstoning.
• PCB warpage: use supports; adjust Z-height and placement pressure.
• MSD/ESD: comply with J-STD-033 (bake ovens, dry bags, indicators).
• Model changeover: prepare feeders offline with verified lists to reduce errors.

MAINTENANCE AND SPARE PARTS
• Daily: clean nozzles and camera windows; check vacuum.
• Weekly/Monthly: calibrate cameras, check belts/guides; lubricate per plan.
• Annual: major recalibrations and firmware.
• Common spares: nozzles, vacuum sensors, belts, vision lamps/LEDs, fans.

TYPICAL FAILURES AND HOW TO AVOID THEM
• Off-center placement → bad library/vision data → recalibrate footprint and vision.
• Loss of vacuum → dirty nozzle or micro-leaks → clean/replace.
• Feeder jams → tape not properly tensioned → check feed/step.
• Tombstoning → unbalanced paste/reflow profile → adjust pads, volume, and profile.

COSTS AND PRICE RANGES (GUIDELINES)
• High-volume production (new): €200,000–€600,000+ per machine; full line €500,000–€1.5M+.
• Mid-range (new or used/refurbished): €40,000–€200,000.
• Prototyping/desktop: €5,000–€40,000.
• Feeders: €300–2,000 each (type and “smart” options).
These ranges vary by year, condition, and features.

QUICK ROI CALCULATION
ROI ≈ (labor savings + less rework + higher monthly throughput) × 12 / investment.
With 2–3 operators and medium volumes, typical payback is ~12–36 months (case-by-case).

CAPACITY MINI-CALCULATION
Goal: 400 boards/day × 300 components/board = 120,000 placements/day.
8-hour shift ⇒ you need ~15,000 real placements/hour.
Choose a P&P with IPC “on paper” around 30–40k cph, which in real mix yields 15–25k cph.

PURCHASE CHECKLIST
• Target volume (boards/month) and real CPH required.
• Component range (01005? fine-pitch BGAs?) and PCB size/rigidity.
• Number of feeders available (and their cost).
• Changeover: feeder carts? traceability?
• Integration with printer/reflow/AOI (SMEMA/Hermes/CFX).
• Service/technicians and spare parts in Spain/EU.
• Condition/hours if used (logs, calibrations, demo).

REAL-WORLD USES
• Accelerate NPIs: move from prototype to short runs without subcontracting.
• Profitable short/medium batches when demand is variable.
• LED and driver electronics with stable runs.
• Mixed flow with THT: in-house SMD, connectors/power via selective or wave.
• Full quality control (placement, paste, thermal profiles).
• Internal traceability from day one.

ADVANTAGES OF BUYING (VS. LABOR OR OUTSOURCING)
• Shorter time-to-market: iterate in hours, not weeks.
• Lower cost per board beyond a certain monthly volume.
• Confidentiality: designs, firmware, and BOM stay in-house.
• Modular scaling: start with one P&P and add another as you grow.
• Standardization: reusable libraries and recipes.

PRICES AND BUDGETS (2025, INDICATIVE)
• Entry/desktop (prototypes, very short runs): €8,000–€35,000; 1–2 nozzles, basic vision, few feeders.
• Mid-range used/refurb (steady daily production): €40,000–€120,000; advanced vision, feeder cart, commissioning/support.
• Mid-range new (growing SMEs): €120,000–€300,000; on-the-fly vision, multiple heads, service contracts.
• High-volume new (large runs): €300,000–€700,000+; multiple heads, high speed, extended traceability options.

COSTS TO PLAN FOR
• Feeders: €250–€1,500 each (width and “smart” type).
• Nozzles: €40–€150 each.
• Feeder carts/prep tables: €2,000–€8,000.
• Maintenance and spares: 1–3% of asset value per year.
• Power consumption (typical): 2–6 kW in operation.

READY-TO-USE LISTING DESCRIPTIONS

Compact Pick & Place (entry/desktop)
Short description: compact SMT placer for prototypes and short runs; ideal to start an in-house SMD line with a contained investment.
Key points: 0402–QFP placement; basic vision assist; 10–30 feeders; simple software with CSV/centroid import.
Best for: labs, R&D, hardware startups.

Versatile Pick & Place (mid-range)
Short description: balanced SMT system for daily production; combines good speed with agile changeovers.
Key points: on-the-fly vision + bottom camera; 0201–BGA/QFN, LEDs, light connectors; feeder carts for offline prep; inline printer/reflow integration.
Best for: electronics SMEs, OEMs with varied mix.

High-speed Pick & Place
Short description: high-throughput placer for large volumes and repetitive products.
Key points: multiple heads; >80k nominal cph (config-dependent); advanced library/lot management; traceability-ready.
Best for: EMS/OEM with sustained demand.

ADVANTAGES OF SECOND-HAND/REFURBISHED EQUIPMENT
• Lower CapEx with professional features.
• Fast delivery (stock) and a short learning curve.
• Solid resale value if you maintain component libraries and service.
• Verify: true hours, accuracy report, feeder compatibility, software version.

KEY (NON-OBVIOUS) QUESTIONS
• Are software licenses per machine or per programming seat?
• Will my existing feeders work or do I need a new format?
• Is a calibration checklist and “golden board” included?
• Are spare parts guaranteed for 5–7 years?
• How long does a real changeover take with my BOM?

EXTENDED CONTEXT: ELECTRONICS MACHINERY (SMT/THT)
• SMT line: paste printers, Pick & Place, reflow ovens (convection, N₂, or vapour phase), SPI/AOI 2D/3D, X-ray 2D/3D/CT, traceability (SMEMA/Hermes/CFX), smart storage (reel towers, dry cabinets), feeder logistics.
• THT soldering: automatic insertion (axial, radial, odd-form), wave and selective; flux/preheating; curing ovens for resins/conformal.
• Inspection & test: AOI post-reflow, SPI, X-ray; ICT/Flying Probe; functional/burn-in; laser marking/labeling.
• Rework & prototyping: BGA/QFN stations, benchtop ovens, manual stencil printers, desktop P&P, microscopy, ultrasonic cleaning.
• Safety & ESD: ESD furniture and flooring, wrist straps, ionizers; fume extraction; ANSI/ESD S20.20 compliance.
• Automation & logistics: AGVs/AMRs, smart conveyors, buffers, vertical storage; digital kanban; ERP/MES connection.

SECTORS THAT DEMAND IT
Automotive, aerospace, medical, industrial, consumer electronics, LED/lighting, and IoT—all require productivity and traceability with assured quality.

CTAs
• Selling a Pick & Place? List your machine in minutes.
• Looking for a specific model? Ask us for advice and we’ll guide you.
• View electronics categories: explore the catalog.

SUGGESTED INTERNAL LINKS
• Pick & Place category (and, if available, Yamaha YG200L product).
• Reflow ovens.
• AOI/SPI.
• Selective/wave soldering.
• BGA rework.

Makitor

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