The ASM SIPLACE SX1 is a single-gantry SMT placement machine developed for production environments where component diversity and changing capacity requirements matter more than a fixed machine configuration. Its interchangeable gantry concept allows place
The ASM SIPLACE SX1 is a single-gantry SMT placement machine developed for production environments where component diversity and changing capacity requirements matter more than a fixed machine configuration. Its interchangeable gantry concept allows placement capacity to be added, removed or transferred between compatible SIPLACE SX machines as production demand changes.
The SX1 can be configured with CP20, CPP or TWIN placement-head technology. Each head serves a different production role, from fast placement of small standard components to mixed-component assembly and the handling of large or odd-shaped parts. The installed head, conveyor, feeder equipment and software options must be confirmed for the machine available at the time of quotation.
Unlike placement platforms whose gantry configuration remains fixed throughout the machine’s service life, the SIPLACE SX platform uses interchangeable gantries. An SX1 operates with one gantry, while an SX2 uses two. A compatible gantry can be moved between machines or added when a production line requires more placement capacity.
This design is particularly relevant to high-mix production, contract manufacturing and factories where order volumes change frequently. Capacity can be adjusted without replacing the complete placement platform, although gantry compatibility, software and machine generation should be checked before planning an upgrade or transfer.
| Machine Configuration | One interchangeable placement gantry |
|---|---|
| SIPLACE Benchmark Speed | Up to 43,000 components per hour |
| IPC Placement Speed | Up to 33,000 components per hour |
| Feeder Capacity | Up to 120 positions for 8 mm feeder modules |
| Placement-Head Options | CP20P2, CPP and TWIN |
| Conveyor Options | Single-track conveyor or flexible dual-track conveyor |
| Machine Dimensions | Approximately 1.5 × 2.4 × 1.6 m |
The listed speed values are ASMPT reference ratings under defined test conditions. Actual production output depends on the selected placement head, component mix, PCB program, feeder arrangement, conveyor mode and equipment condition.
The SX1 model name does not define its component range by itself. The placement head installed on the gantry determines whether the machine is primarily configured for chip speed, mixed production or demanding odd-shaped components.
| Placement Head | Main Capability | Reference Limits | Suitable Production Role |
|---|---|---|---|
| CP20P2 | High-speed Collect & Place operation | 0201 metric to 8.2 × 8.2 × 4 mm | Small chips and standard components where placement output is the priority |
| CPP | Switches between Collect & Place, Pick & Place and mixed modes | Component height up to 15.5 mm and weight up to 20 g | High-mix boards containing both small components and larger IC packages |
| TWIN | Pick & Place handling for large, heavy and odd-shaped components | Component height up to 50 mm and weight up to 500 g with the applicable configuration | Connectors, shields, THT parts and other mechanically demanding components |
The overall platform specification lists a component spectrum from 0201 metric up to 200 × 150 × 50 mm. The upper end of this range requires the appropriate TWIN head, camera, nozzle or gripper, software and odd-shaped-component options. It should not be assumed that every available SX1 supports the full range.
A CP20-equipped SX1 is intended to deliver the platform’s highest placement rate. CPP and TWIN configurations trade some output for a wider component spectrum and additional process capability.
| Example SX1 Configuration | SIPLACE Benchmark | Configuration Focus |
|---|---|---|
| SX1 with CP20P2 | Up to 43,000 cph | Fast placement of small standard components |
| SX1 with CPP in low position | Approximately 23,000 cph | Mixed-component production with an emphasis on output |
| SX1 with CPP in high position | Approximately 21,500 cph | Mixed production requiring additional component clearance |
| SX1 with TWIN | Approximately 5,500 cph | Large, heavy, fine-pitch or odd-shaped components |
These values are useful when comparing head concepts, but they are not guaranteed line output. A production program containing several component types, rotations, feeder locations and inspection steps will produce a different result.
The SIPLACE SX supports single-track and flexible dual-track transport. The dual conveyor is designed for smaller boards and can reduce non-productive transport time by moving boards independently or in a coordinated process.
ASMPT documentation lists efficient dual-conveyor processing for boards up to 450 × 260 mm. With the optional Smart Transport Module, the platform can process much larger boards or panels measuring up to 1,525 × 560 mm. The maximum format is therefore dependent on the conveyor and transport options installed on the machine.
| Transport Arrangement | Reference Board Capability | Important Condition |
|---|---|---|
| Flexible Dual Conveyor | Boards up to approximately 450 × 260 mm | Actual limits depend on conveyor generation and operating mode |
| Single Conveyor | Used for wider boards and standard line integration | Installed rail configuration must be checked |
| Smart Transport Module | Up to 1,525 × 560 mm | Optional equipment and not present on every SX1 |
The reference SX1 feeder capacity is 120 positions for 8 mm modules. The platform is not limited to tape-fed components, however. Original ASMPT documentation also describes support for sticks, bowls, trays and other specialized feeding solutions.
Open interfaces can permit the integration of third-party feeders for components that cannot be supplied efficiently with a standard tape or tray arrangement. Feeder modules, feeder tables, waffle-pack systems and special feeding devices may be supplied separately from the main machine.
Depending on its head and optional packages, the SIPLACE SX can control placement force from touchless placement and 0.5 N up to 100 N. This allows the same platform concept to cover sensitive LEDs, standard electronic packages and robust connectors requiring controlled insertion force.
The TWIN head can also support snap-in monitoring and improved THT placement. High-resolution cameras can create three-dimensional information from offset images to inspect features such as damaged pins, component alignment or critical board areas.
These functions are particularly dependent on machine generation, camera equipment, placement-head version and licensed software. They should be verified on the available machine instead of being assumed from the SX1 name alone.
Later SIPLACE SX generations introduced functions intended to reduce manual setup and operator intervention. These include nozzle identification, automatic nozzle-condition monitoring, feeder-pitch detection, predictive-maintenance sensors and guided setup workflows.
Open interfaces such as IPC-CFX and IPC-HERMES-9852 can connect production and process information with line-control, MES, traceability and factory software. The interface version and available software licenses should be checked when integrating a used SX1 into an existing production environment.
| Configuration Item | Why It Matters |
|---|---|
| Placement-Head Type | Determines placement speed, component range, accuracy and available process functions. |
| Gantry Generation | Interchangeability and upgrade planning depend on hardware and software compatibility. |
| Conveyor Configuration | Determines the supported PCB dimensions and connection to adjacent equipment. |
| Smart Transport Module | Required when the production process includes exceptionally long boards or panels. |
| Feeders and Feeder Tables | The 120-position figure describes capacity and does not mean that 120 feeders are included. |
| Cameras, Nozzles and Grippers | These items affect component recognition and odd-shaped-component capability. |
| OSC and THT Options | Large-component handling, snap-in detection and high placement force require suitable equipment. |
| Software and Interfaces | Licenses and interface versions affect line integration and access to smart functions. |
GEEKVALUE can assist with sourcing SIPLACE SX1 placement machines based on current availability. Machines carrying the same model name may have very different placement heads, conveyor arrangements, feeders, software packages and component-handling capabilities.
Send us your PCB dimensions, component range, required production output, feeder requirements and destination country. We will confirm the available machine configuration, current photos, equipment condition, included accessories, price and estimated delivery time before quotation.
The SIPLACE SX platform was designed around interchangeable gantries. A compatible gantry can be added or transferred between machines, but hardware generation, machine preparation and software compatibility must be verified before planning a conversion.
No. The maximum reference rating applies to the appropriate high-speed head configuration. CPP and TWIN heads provide broader component capability at lower benchmark speeds, and actual production output depends on the PCB program and operating conditions.
It can when equipped with the appropriate TWIN head, odd-shaped-component package, vision equipment and handling tools. The installed options and supported placement force must be confirmed for the available machine.
Not automatically. The number refers to the reference capacity for 8 mm feeder positions. The actual feeder quantity, feeder type and feeder-table configuration must be listed in the quotation.
If you are not sure whether this product matches your machine, send us the model, label photo or old part picture for checking.
