SMT Product Detail

Siemens SIPLACE HF3 Flexible Three-Gantry SMT Placement Machine

Used Siemens SIPLACE HF3 three-gantry SMT placement machine with configurable C&P and TwinHead options for mixed SMD, IC and flexible component production.

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Siemens SIPLACE HF3 Flexible Three-Gantry SMT Placement Machine
Product Overview

If a high-speed mounter finishes the small components quickly but every PCB still has to wait for ICs, fine-pitch packages or larger parts on a second flexible machine, the line has not removed the bottleneck—it has simply moved it downstream. A used SIPLACE HF3 can be a practical way to keep more of that placement work on one platform instead of adding another narrowly focused machine or another production handoff.

The HF3 uses three placement gantries that can be equipped with 12-nozzle or 6-nozzle Collect & Place heads and TwinHead, depending on the production requirement. The 12-nozzle head focuses on smaller standard SMDs, the 6-nozzle head extends coverage toward larger IC packages, and TwinHead handles larger, fine-pitch and special components. Published HF3 output reaches up to approximately 45,000 CPH in product literature, but the useful production rate changes significantly with the actual three-head combination.

That flexibility is also the main reason a used HF3 can make financial sense. For factories already operating compatible SIPLACE equipment, a correctly configured machine can add mixed-placement capacity with less capital commitment than moving directly to a new production platform. Existing feeder resources, programming routines, technician experience and maintenance practices may also continue to provide value where compatibility is confirmed.

The HF3 is strongest when both standard SMD placement and difficult-component placement represent a meaningful part of the PCB. It is less suitable when the factory only needs maximum small-component throughput, or when a high-speed line already handles most of the board and only a small number of complex parts remain. In those cases, a more specialized high-speed or finishing machine may provide a better return.

Siemens SIPLACE HF3 Flexible Three-Gantry SMT Placement Machine

Siemens SIPLACE HF3 Specifications

Parameter Reference Specification
Machine Type Flexible three-gantry SMT placement machine
Gantries 3
Placement Head Options 12-nozzle Collect & Place, 6-nozzle Collect & Place and TwinHead
Published Placement Output Up to approximately 45,000 CPH in published product material; actual benchmark depends on the installed head combination
12-Nozzle Head Role Higher-speed placement of smaller standard SMD components
6-Nozzle Head Role Broader placement range for standard SMDs and larger IC packages
TwinHead Role Large, fine-pitch and special-component Pick & Place
Published Component Range Approximately 0201 to 85 × 85 mm or elongated components up to approximately 155 × 30 mm, depending on head and vision configuration
Maximum Component Weight Up to approximately 100 g for applicable TwinHead applications
Best Reference Accuracy Approximately 30 µm at 4σ with TwinHead
Feeder Capacity Up to 180 tracks based on 8 mm tape width
Single-Conveyor PCB Format Approximately 50 × 50 mm to 450 × 508 mm
Optional Long-Board Length Up to approximately 610 mm with the required option
Conveyor Options Single conveyor, dual conveyor and flexible dual-conveyor configurations

These are OEM reference capabilities rather than guaranteed output from every used HF3. The three installed heads, vision modules, conveyor, feeder tables, nozzles and software determine what an individual machine can actually produce, so configuration should be confirmed before price comparison.

SIPLACE HF3 vs HS60 vs F5 HM

The HF3 sits between a dedicated high-speed machine and a flexible finishing machine. The buying decision depends on how much of the complete PCB workload the flexible machine needs to carry.

Buying Factor HF3 HS60 F5 HM
Main Production Goal Balance placement output with broader component flexibility Maximize standard SMD placement capacity Finish difficult ICs, tray-fed and special components
Placement Strategy Three configurable gantries using C&P heads and/or TwinHead Four high-speed Collect & Place gantries Collect & Place plus dedicated Pick & Place on one gantry
Best Fit Mixed PCB programs where both standard and difficult components create substantial workload Boards dominated by compatible standard SMD placements Lines that already have enough chip-placement capacity and mainly need a flexible finishing stage
What the Buyer Gains More of the BOM can stay within one flexible placement platform Higher small-component throughput Specialized handling of the remaining complex components
Choose It When The factory wants one flexible machine to carry a meaningful share of the complete PCB Small-component placement is the real bottleneck Only a smaller group of difficult components remains after high-speed placement

One of the most expensive mistakes in buying a used HF3 is comparing machines by model name or manufacturing year before confirming the three installed heads. A machine built around three Collect & Place heads and one that includes TwinHead can solve very different production problems. A lower purchase price quickly loses its advantage if the required head, vision, feeder or conveyor equipment has to be added after delivery.

For factories already running compatible SIPLACE equipment, the strongest used-HF3 business case is not simply that the machine costs less than a new platform. It is the opportunity to add flexible placement capacity while preserving more of the existing production ecosystem and avoiding an unnecessary platform change. Compatible SIPLACE feeders, placement heads, nozzles and replacement parts can also be matched through our ASM spare-parts supply where suitable items are available.

The right HF3 is therefore the machine whose three-head configuration matches the real BOM and whose condition can be verified before shipment. Current machine photos, head labels, software information and powered-on operation can be reviewed where available. If the production priority is different, compare the SIPLACE HS60 for high-speed SMD capacity or the SIPLACE F5 HM for flexible finishing work.

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