Used equipment
ASM SIPLACE X2 S SMT Placement Machine | 75,000 CPH
Used ASM SIPLACE X2 S mounter with two gantries, up to 75,000 CPH, 160 feeder slots and configurable placement heads.
The ASM SIPLACE X-Series S is a high-capacity SMT placement platform available as the two-gantry X2 S, three-gantry X3 S and four-gantry X4 S. Current benchmark ratings range from 75,000 to 150,000 components per hour, with up to 160 positions for 8 mm feeders and CP20, CPP or TWIN head options for high-volume electronics production.
Compare X2 S, X3 S and X4 S placement speeds, gantry configurations, head combinations, PCB handling capabilities and available used machines before selecting a system for your SMT production line.
Browse the X4S, X3S and X2S machines published under this series. The installed placement heads, conveyor configuration, software, machine condition and included accessories should be confirmed for each unit.
Used equipment
Used ASM SIPLACE X2 S mounter with two gantries, up to 75,000 CPH, 160 feeder slots and configurable placement heads.
Used equipment
Used ASM SIPLACE X3 S mounter with three gantries, 112,500 CPH, 160 feeder slots and configurable placement heads.
Used equipment
Used ASM SIPLACE X4 S mounter with four gantries, 150,000 CPH, 160 feeder slots and configurable placement heads.
Used equipment
The SIPLACE X4iS is a four-gantry SMT placement machine built for production lines where placement output is the main pr...
Used equipment
Used ASM SIPLACE X4i S mounter with four gantries, up to 172,000 CPH, 148 feeder slots and verified head configuration.
SIPLACE X4S, X3S and X2S share the same high-volume platform concept while providing different gantry counts and placement capacities. The final production result also depends on the installed heads, component mix, PCB transport and line balance.
Four-gantry configuration for maximum platform capacity.
Three-gantry configuration for high-output production.
Two-gantry configuration for scalable volume production.
Feeder slots for broad and complex production setups.
The X S platform is intended for demanding volume production where placement output, precision, process reliability, feeder capacity and large-board handling must be evaluated together.
The main difference between SIPLACE X4S, X3S and X2S is the number of placement gantries. X4S provides four gantries, X3S provides three, and X2S provides two. The required model should be selected according to actual line capacity and product requirements rather than model name alone.
Machines with the same X S model designation may have different placement-head combinations, conveyor arrangements, software versions and installed process options. The machine label and actual configuration should therefore be reviewed before a quotation is confirmed.
The primary difference is gantry count and benchmark placement capacity. The X2 S uses two gantries and reaches 75,000 CPH, the X3 S uses three gantries and reaches 112,500 CPH, while the X4 S uses four gantries and reaches 150,000 CPH. Actual output depends on the installed heads and production program.
| Machine Model | Gantry Configuration | Placement Speed | Placement Accuracy | Production Positioning | Supply Status |
|---|---|---|---|---|---|
| SIPLACE X4S | Four placement gantries | Up to 150,000 cph | Up to 25 µm | Maximum-capacity high-volume SMT production | Contact for availability |
| SIPLACE X3S | Three placement gantries | Up to 112,500 cph | Up to 25 µm | High-output production with balanced capacity | Contact for availability |
| SIPLACE X2S | Two placement gantries | Up to 75,000 cph | Up to 25 µm | Scalable high-quality volume production | Contact for availability |
The platform is positioned for demanding electronics manufacturing where high placement capacity, precise process control and continuous material supply are important.
High-density boards and demanding component mixes for communication infrastructure and network equipment.
Complex computing, server and networking boards with large component counts and continuous output requirements.
Production environments where placement capacity, uptime, material supply and consistent yield are critical.
Applications requiring conveyor review, large-board handling and precise warpage compensation processes.
The actual component range and output depend heavily on the installed head combination. Machine labels, head types and original part numbers should be checked before matching replacement components.
High-volume equipment should be verified by complete machine configuration rather than model designation alone.
Confirm target output, PCB dimensions, component range, feeder requirements and existing line conditions.
Compare X4S, X3S and X2S capacity and identify the required gantry and placement-head configuration.
Review labels, installed heads, conveyor arrangement, software information, photos and available test details.
Confirm included equipment, feeder packages, export packing, shipment details and destination requirements.
Common information about X4S, X3S and X2S machines, placement heads, feeders, configurations and supply options.
SIPLACE X S and X-Series S are the official platform expressions. In customer searches and supplier records, the platform is also commonly written as SIPLACE XS.
The primary difference is the number of placement gantries and the resulting nominal placement capacity. X4S uses four gantries, X3S uses three and X2S uses two.
Used and refurbished equipment may be available according to current inventory. Machine condition, installed heads, conveyor configuration and included accessories must be confirmed individually.
Available machine labels, photos, installed-head information, software details and inspection information can be reviewed according to the individual unit.
Feeder packages depend on the quotation. Machines may be supplied separately or matched with compatible SIPLACE X feeders according to tape width and production setup.
Feeders, placement heads, nozzles, motors, boards, sensors, cameras, cables and other replacement parts can be matched using the machine model and original part number.
Please provide the required model, target output, PCB dimensions, component range, head configuration, feeder requirement, preferred equipment condition and destination country.
Send your required production output, PCB size, component range, placement-head configuration, feeder requirement and destination country for machine matching.