ASMPT ORCAS Semiconductor Molding System

The ASMPT ORCAS is a pre-owned semiconductor molding system used for package encapsulation and related production handling. The molding process, installed mold, loading arrangement, material-feeding system and output configuration depend on the specific machine available.

For an initial inquiry, send your current machine model, a clear package or leadframe photo and a brief description of the molding process or equipment problem. We can review the basic requirement first and continue with detailed mold and process checks only when necessary.

ASMPT ORCAS Machine Information

Package and Molding Process Compatibility

The availability of an ORCAS system does not automatically mean that it can mold every semiconductor package. Compatibility depends on the installed mold, package or substrate format, cavity layout, molding material and required encapsulation result.

For the first discussion, customers can provide:

• The model of the molding machine currently used, where applicable
• A clear photo of the package, substrate, strip or leadframe
• A photo of the current mold or molded product where available
• A short description of the required process or current production problem

Detailed drawings, mold dimensions, cavity information, material data and process settings can be discussed later when the available machine appears relevant to the project.

Available Machine Configuration and Delivery Scope

A pre-owned ORCAS may have been configured for a particular package and production process. Its molding units, mold, material-feeding components, loading system, inspection functions and output arrangement may therefore differ from another ORCAS machine.

The actual configuration will be confirmed according to the specific unit available. Only the machine, molds, tools, cables and accessories listed in the quotation or confirmed delivery list are included.

Production molds, loading fixtures, material feeders, cassettes, computers and external production equipment should not be assumed to be included unless they are specifically stated.

Receiving and Initial Machine Inspection

Complete a receiving inspection before installing or powering on the ORCAS system.

1. Inspect the packing, machine cabinet, molding sections, doors, guards, control panels and visible handling mechanisms.
2. Photograph any impact marks, loose components, damaged cables or displaced assemblies before moving the machine.
3. Compare the received machine, molds, tools and accessories with the confirmed delivery list.
4. Check whether the installed mold and internal transport components remain secured after shipment.
5. Confirm the electrical supply, grounding and other utility requirements according to the actual machine configuration.

Transport damage or missing items should be recorded before installation, modification or power-on.

Startup and Dry-Cycle Testing

The first startup should confirm the basic condition of the machine before packages, substrates or molding material are introduced.

1. Start the controller and record all alarm messages before resetting the machine or changing parameters.
2. Confirm that the installed modules complete initialization and return to their correct starting positions.
3. Run a dry cycle without production material or valuable products.
4. Observe the loading system, transfer movement, mold operation, sensors and unloading sequence.
5. Check for mechanical interference, abnormal noise, unstable movement, leakage or repeated alarms.
6. Stop the test if the mold, press or handling mechanism does not operate normally.

The molding area may involve high pressure and elevated temperatures. Mold inspection or adjustment should only be carried out after the equipment has been made safe by qualified personnel.

Sample Molding and Product Inspection

After the dry cycle is stable, use suitable non-production samples, molding material and a mold that corresponds to the intended product.

1. Confirm the product orientation, mold installation and material preparation before starting.
2. Observe loading, positioning, mold closing, material transfer and product unloading.
3. Inspect the molded product for incomplete fill, flash, voids, cracks, contamination or package damage.
4. Check whether residual material and molded products are removed correctly after the cycle.
5. Where inspection or sorting functions are installed, confirm that abnormal products are handled correctly.
6. Repeat several cycles to evaluate molding consistency and handling stability.

One successful molding cycle is not enough to confirm production readiness. The complete loading, molding and unloading sequence should remain stable without recurring alarms or inconsistent product quality.

Molding Defects and Fault Review

Incomplete fill, excessive flash, voids, package cracks, contamination or unstable molding results may involve the molding material, mold condition, product position, temperature, pressure, vacuum, feeding system or process settings.

Stop operation if the mold does not close correctly, products cannot be loaded or unloaded normally, foreign material is found in the molding area or the same alarm repeatedly returns.

Record the alarm message, affected station and operating stage before resetting the machine. Photos of the molded product, mold surface, material residue and machine screen can provide a useful starting point for an initial fault review.

Mold, Repair and Replacement Parts Support

The mold and installed molding components directly affect package quality and production stability. Worn mold parts, blocked cavities, damaged heaters, incorrect setup or unsuitable process parameters may cause repeated defects or machine alarms.

If the ORCAS develops startup problems, mold alarms, loading faults, incomplete molding or unloading problems, send the machine model, alarm information, product photos, mold photos and a brief description of the issue.

Our team can assist with an initial fault review, component identification and replacement-part matching. Related sensors, heaters, valves, motors, drivers, boards, cables, pneumatic components and handling assemblies can also be checked where available.

Frequently Asked Questions

Can the ASMPT ORCAS mold our semiconductor package?

This depends on the package, substrate or leadframe, molding material, required result and mold installed on the available machine. Send a product photo for an initial review.

Which molding process does the available ORCAS use?

The actual process should be confirmed from the specific machine, installed mold and material-feeding configuration. It should not be assumed from the ORCAS model name alone.

Is a production mold included with the machine?

Only molds specifically listed in the quotation or confirmed delivery scope are included. Any supplied mold may also have been designed for a particular product.

Is the machine ready for immediate production?

Production readiness should be confirmed through installation, dry-cycle testing, mold inspection and repeated sample molding.

Can you assist if the machine has an alarm or molding defect?

Yes. Send the machine model, alarm information, molded-product and mold photos, and an operating video where available. We can assist with initial fault review, parts matching and repair discussion.

Contact Us About the ASMPT ORCAS

Send your current machine model, a package or substrate photo and a short description of the required molding process or equipment problem. We will review the basic information first and continue with the necessary machine, mold, replacement-parts or repair details afterward.