S-DU800-86/96F 8-Head Pick and Place Machine for High-Volume SMT

Volume lines fail quietly when the mounter is the ceiling. Eight heads at 15,000 CPH mean little if feeder slots run out before the board does, and a reload mid-run drags the whole cell back to manual pace. The S-DU800-86/96F carries 8 independent heads at 12,000–15,000 CPH with 86 or 96 feeder slots, so a high-volume EMS or contract cell places without starving the reflow oven behind it.

The cost you haven't named

The mounter caps the cell. On a volume line, placement throughput dictates reflow and inspection cadence; anything slower backs the whole line up.
Feeder starvation kills CPH. With 8 heads hungry, running out of slots forces reloads that erase the speed advantage mid-run.
Vision must keep pace. Eight heads placing 0201 to BGA need camera coverage fast enough to inspect without throttling the line.
Wrong variant wastes investment. Choosing 86 vs 96 feeders or a half-loaded 8-head cell misallocates floor and capital against the real mix.
Rework hides inside the speed figure. A headline CPH measured on a narrow part range collapses once 0201 chips and large BGAs share the program, so throughput must be quoted against your actual component set.

The Four-Head Volume Placement Audit

1. Count the live component set. List every part placed per program and its pitch, so 86 or 96 feeder slots and 8 heads cover the running mix without mid-run reloads.

2. Tally throughput lost to reloads. Record CPH dropped by feeder changes and the hours a shared mounter costs per shift, then size the machine to that tax.

3. Verify vision speed at volume. Confirm mark camera, eight CCDs and high-precision camera inspect 0201 to 40×40 mm BGA fast enough to hold 12,000–15,000 CPH without throttling.

4. Match variant to board size. Confirm NXT, Yamaha and vibration feeder support plus IC tray and a 460×370 mm board envelope so the 86F or 96F-EE fits the real format.

The vehicle: S-DU800-86/96F 8-Head Pick and Place Machine

The S-DU800-86/96F is a high-speed 8-head mounter for EMS and contract manufacturers, placing 0201 to BGA at 12,000–15,000 CPH. It suits cells where the reflow oven is never allowed to wait and the feeder bank has to survive a full program without a mid-run reload.

Count the live component set → 86 or 96 feeders. NXT, Yamaha and vibration feeders (12/16/24/32/44 mm) plus IC tray give 86 slots on the 86F and 96 on the 96F-EE, covering the running mix.
Tally throughput lost → 8 independent heads. Eight heads at 12,000–15,000 CPH remove the shared-mounter queue and keep reflow fed at volume pace.
Verify vision speed → multi-camera inspection. One mark camera, eight CCDs and one high-precision camera inspect 0201 chips through 40×40 mm BGAs (pitch ≥0.3 mm) without throttling the line.
Match variant to board → large envelope. Boards up to 460×370 mm at 1–3 mm thickness fit either variant, with Huawei Guochuang control, industrial PC, AC servo and DSP drive.

Specification note: exact feeder count, board format and throughput should be confirmed at quotation, because they depend on your component mix, board size and target CPH.

Specifications

| Parameter | S-DU800-86F / 96F-EE |

| --- | --- |

| Placement heads | 8 independent |

| Speed | 12,000–15,000 CPH |

| Mounting accuracy | ±0.05 mm |

| Positioning accuracy | 0.01 mm |

| Repeat accuracy | ±0.05 mm |

| Feeders | 86 (86F) / 96 (96F-EE) |

| Max PCB size | 460×370 mm |

| PCB thickness | 1–3 mm |

| Vision | Mark ×1, CCD ×8, high-precision ×1 |

| Power | 220 V, 50/60 Hz |

The loop: re-check feeder load each volume week

Volume mix shifts weekly. Build a loop: each week, repeat the Four-Head Volume Placement Audit, compare CPH held against the baseline, and review feeder occupancy with your line lead. When a new program pushes past 86 or 96 slots, confirm the right variant before a reload throttles the cell. Record sustained CPH against quoted CPH each week — a widening gap usually means feeder starvation or a vision bottleneck, not a machine fault, and both are fixed by re-planning rather than by replacement. The S-DU800-86/96F's feeder range and IC tray keep the loop a reload, not a platform swap — that is what holds 12,000–15,000 CPH at volume.

Your next step

Send us your component list, tightest pitch and board format. We will return a placement review showing whether the 86F or 96F-EE fits, which feeders to specify, and what to confirm at quotation. Reach Jason at jasonwu@smthelp.com or on WhatsApp +86 13602562576.

FAQ

What speed does the S-DU800 reach?

12,000–15,000 CPH with 8 independent heads, depending on the component mix.

How many feeders does it hold?

86 slots on the 86F and 96 on the 96F-EE, via NXT, Yamaha, vibration feeders and IC tray.

What components can it place?

0201 to 1206 chips, diode, triode, SOT, QFP and BGA up to 40×40 mm at pitch ≥0.3 mm.

What board size fits?

Up to 460×370 mm at 1–3 mm thickness.

Which control system does it use?

Huawei Guochuang system with industrial PC, AC servo and DSP driver, plus mark, CCD and high-precision cameras.

Jason Wu

Founder & CEO, Southern Machinery (Shenzhen Southern Machinery Sales and Service Co., Ltd.)

Email: jasonwu@smthelp.com / info@smthelp.com

WhatsApp: +86 13602562576

Catalog & manuals: file.autoinsertion.com | Machine photos: ph.smthelp.com

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