Used Siemens SIPLACE X3 for established SMT lines, with three-head configuration, conveyor, feeder and machine-condition verification.
The Siemens SIPLACE X3 adds a third placement gantry to the original SIPLACE X Series. It is particularly relevant to established X-Series factories that need more placement capacity than an X2 but do not automatically need the four-gantry structure of an X4.
A three-C&P20 configuration is rated at up to 69,500 CPH under the original SIPLACE benchmark. The additional gantry can also be used for a different placement role rather than simply adding another high-speed head. For example, one head can extend the machine toward ICs, larger packages or special components while the other gantries continue handling higher-volume SMD placement.
From a used-equipment perspective, we would consider an X3 when the third gantry solves a real production problem: an X2 no longer reaches the required cycle time, the PCB needs another component-placement role, or an existing X3 must be replaced without changing the surrounding X-Series production setup.
| Parameter | Details |
|---|---|
| Model | Siemens SIPLACE X3 |
| Gantry Configuration | Three independently configured placement gantries |
| Placement Heads | C&P20, C&P12, C&P6 and TwinHead combinations |
| Maximum IPC Rating | Up to 62,200 CPH with three C&P20 heads |
| Maximum SIPLACE Benchmark | Up to 69,500 CPH with three C&P20 heads |
| Theoretical Maximum | Up to 93,000 CPH under theoretical reference conditions |
| PCB Size | 50 × 50 mm to 450 × 535 mm standard single-conveyor reference; long-board configurations up to 610 × 535 mm |
| Component Range | From high-speed chip placement to fine-pitch, large and irregular components according to the installed heads |
| Feeder Capacity | Up to 160 positions for 8 mm SIPLACE X feeder modules with X changeover tables |
| Conveyor Mode | Single conveyor or flexible dual conveyor |
The 69,500 CPH benchmark applies to the three-C&P20 configuration. Mixed-head X3 machines have different reference outputs and should be evaluated according to the production role of all three gantries.
The X3 often makes sense as a middle-capacity choice in an established X-Series factory. We would normally look at the production problem first and then decide whether the third gantry offers enough value to justify moving beyond an X2.
| Production Situation | How the X3 Helps |
|---|---|
| An X2 no longer meets the target cycle time | The third gantry adds another placement resource without moving directly to the four-gantry X4 |
| The PCB needs both high-speed chips and a broader IC mix | Three head positions provide more room to divide component groups between speed-focused and flexible heads |
| The factory already operates original X-Series equipment | An X3 can preserve familiar feeder, programming and maintenance practices when the installed configuration is compatible |
| The required output is already achievable with three gantries | An X4 may add unused machine capacity rather than meaningful line output |
When two used X3 offers are close in price, we would give more weight to the three installed head types and how well they match the actual BOM than to small differences in age or cosmetic condition.
The SIPLACE X3 is most useful when the third gantry has a clear production job—either removing a capacity bottleneck or adding component flexibility that a two-gantry machine cannot provide efficiently.
If you are not sure whether this product matches your machine, send us the model, label photo or old part picture for checking.
