ASMPT SIPLACE CA4 Chip Assembly Machine
Review ASMPT SIPLACE CA4 specifications for SMD, direct die attach and flip-chip placement, including speed, accuracy, wafer handling a...
View Machine DetailsReplacing a familiar CA4 is rarely a model-for-model purchase. The candidate machine must line up with the production setup you already depend on—position by position, head by head and interface by interface. We help turn that comparison into a clearer equipment decision and a quotation tied to one documented machine scope.
Reference image only. Current availability and the installed configuration of any offered machine must be confirmed separately.
Review the CA4 listings currently published on the website, then compare the documented build of each unit with the production environment you need to preserve.
Review ASMPT SIPLACE CA4 specifications for SMD, direct die attach and flip-chip placement, including speed, accuracy, wafer handling a...
View Machine DetailsPublished records identify individual equipment listings. Availability, four-position allocation, installed heads, wafer systems, transport, software, included accessories and delivery scope must still be confirmed for the specific machine.
SIPLACE CA4 is a configurable four-position platform. The value of a used machine depends on what is installed at those positions and how the resulting material flow compares with the line you already operate.
Two machines carrying the same CA4 name can use different wafer systems, feeder tables, placement heads, transport hardware and software. That is why this page focuses on candidate-machine matching rather than repeating a long platform specification guide.
Projects that do not depend on an existing CA4 environment may be better reviewed through the broader flip chip bonder or assembly and bonding equipment ranges.
Installed function, material input and related hardware to confirm.
Installed function, material input and related hardware to confirm.
Installed function, material input and related hardware to confirm.
Installed function, material input and related hardware to confirm.
This diagram explains the comparison method. It does not represent a standard CA4 build or a machine currently offered for sale.
The strongest reason to continue with CA4 is usually not the model name itself. It is the value of preserving a production environment that is already understood and qualified.
A candidate CA4 can be worth reviewing when the current unit is difficult to maintain but the product and line still depend on the established CA4 environment.
Another CA4 may reduce the need to introduce a completely new programming, tooling, training and maintenance environment.
A closer machine build may limit the process redevelopment and qualification work required to keep a mature product in production.
The review starts with your current production setup and compares it with the documented build of one candidate machine. The purpose is to identify useful continuity, visible gaps and unanswered points before the equipment scope is fixed.
Record what each position currently supports and how wafer-fed dies, feeder components or table-supplied materials enter the production flow.
Review photographs, station records and installed modules for all four positions rather than relying on the model label alone.
A different position allocation can change the material flow the machine supports and may require additional SWS, feeder-table or conversion work.
Note the process mix, component and die range, placement force, nozzles, dipping or fluxing functions and the performance level the product depends on.
Compare installed head labels, head positions, available process options and any calibration or running evidence supplied for the unit.
The platform may be familiar while the head mix is not. Missing process functions can lead to tooling changes, head replacement or renewed process qualification.
Describe the substrate, panel or carrier, together with dimensions, thickness, support method, line flow and upstream or downstream handoff.
Check the conveyor type, usable width, support hardware, clamps, carriers, transport arrangement and recorded interfaces.
The intended placement process may be possible while the installed transport still requires carrier, conveyor or line-interface changes.
Identify the software environment, product data, wafer maps, component libraries, traceability needs, feeders, nozzles and tooling you hope to preserve.
Review the available machine PC, software version, licenses, backups, communication interfaces and accessories included with the unit.
Hardware compatibility does not automatically confirm software or tooling continuity. These gaps can add integration, data-preparation and commissioning work.
You do not need a complete CA4 configuration sheet before the first conversation. A short description of the current line and the replacement goal is enough to begin a useful comparison.
Explain whether the project is a replacement, capacity addition or legacy-product need, together with the four-position use, product format and functions that must continue.
Available photographs, nameplates, module labels, machine records and seller information are compared with the production requirement. Missing or uncertain items are kept visible.
The result separates the documented machine build, likely gaps, open points, included hardware, accessories, available documentation and quotation boundaries.
No. Machines can differ in the allocation of the four positions, placement heads, wafer systems, feeder tables, transport, software and included tooling. A replacement should be compared against the existing line rather than selected from the model name alone.
No. A short explanation of the current process, product format and replacement goal is enough for the first review. Available photographs, nameplates and module labels can be added as the comparison develops.
The differences can be separated into acceptable changes, possible conversion work and unresolved items. Whether the project remains practical depends on the process requirement, available modules, software, tooling, schedule and agreed equipment scope.
Open the individual machine record and review the photographs, four-position allocation, placement heads, wafer systems, feeder tables, transport, software and included accessories that are actually documented. Any missing or uncertain item should remain open until confirmed.
Tell us how the current line runs and what must remain compatible. We will use the available candidate information to clarify the likely match, visible gaps and the scope that can be stated in a quotation.