HOME > Products > Back-End Semiconductor Equipment > Packaging & Finalization Equipment > Molding Machine >

Besi AMS-X Leadframe Molding System

Besi AMS-X leadframe molding system, up to 240 leadframes/hour, about 30% faster than comparable tools. Four independent clamp modules per press keep force even — less flash, less bleed. Strips to 125 × 300 × 10 mm, 180-ton clamp, deep-vacuum recipe control. Runner design saves compound, optional in

Besi AMS-X Leadframe Molding System EQUIPMENT IMAGE
Configuration Review Model and installed options
New / Used Supply Subject to project availability
Global Delivery Destination-based assessment
Technical RFQ Package and process matching

The Besi AMS-X leadframe packaging system employs a reliable transfer molding process, utilizing epoxy resin to encapsulate the die and protect sensitive chip structures from moisture, physical stress, and environmental contaminants; the system is suitable for packaging power semiconductors and discrete devices.

Advanced molding control technology minimizes defects such as flash and voids. Its modular design simplifies mold changes and routine maintenance, ensuring stable production line output while meeting the demands for frequent product switching in high-mix manufacturing environments.

Besi AMS-X Leadframe Molding System Specifications

ManufacturerBesi
ModelAMS-X
Equipment TypeAutomatic leadframe molding system
Primary ApplicationMolding of high-density and power semiconductor packages
Maximum Leadframe Size125 × 300 mm
Maximum Leadframe Thickness10 mm
Maximum Clamp Force1,800 kN
Maximum Mold Opening150 mm
Maximum Transfer Pressure15 MPa
Pellet Diameters14, 14.3, 16 or 18 mm
Machine DimensionsApproximately 5,160 × 1,500 × 1,800 mm
Machine WeightApproximately 9,500 kg
ConditionPre-owned semiconductor packaging equipment
Actual ConfigurationConfirmed according to the specific machine offered
Delivery ScopeBased on the quotation and confirmed equipment list
ShippingExport packing and worldwide delivery

Besi AMS-X leadframe molding system