Location

Alemania

Description

Electronic component programming and marking line. Complete "BPM" electronic component programming and marking line

Manufacturer: BPM Microsystems (Made in the USA) Model: 3928 Year: 2024 Notes: Complete line for programming and marking electronic components. Fully automatic system for programming and marking electronic components: BPM Microsystems 3928 (2024) plus complete automated line. A turnkey solution for high-volume electronics production. Fully automated system integrating programming, 3D inspection, laser marking, and feed management, designed to maximize efficiency in electronic component production lines. Configuration included: Main system - BPM Microsystems 3928 (2024), (x4) X900 automatic stations (parallel programming). Inspection and vision - CyberOptics vision system, 3D inspection system (BGA, CSP, QFP, TSOP, SOIC, QFN), Scannertec 3D Coplanar Inspection. Laser marking - 3000 Series Fiber Laser Marker, (x1) 4-way Laser Marker. Automation and handling - (x1) TS1500 Automated Tray Stacking System, (x3) Additional tray stackers, (x1) Tape Input Unit, (x1) V-TEK TM-50 Tape Output with 2D camera (2018). Feeders included - 12 mm, 16 mm (x2), 24 mm, 32 mm, 44 mm (x2). High-value extras - (x90) Socket cards (contact adapters), Control PC, Various spare parts. This configuration enables mass programming of devices in parallel, automatic quality inspection (3D plus coplanarity), integrated laser marking for full traceability, total flexibility in formats (tape & reel plus trays), and reduction of human error to practically zero. Applications include high-volume EMS, automotive (very important here), industrial electronics, aerospace, and semiconductor/subassembly manufacturing. Automatic electronic component programming system: This machine programs electronic chips before mounting them on PCBs, writing data or firmware to microcontrollers (MCUs), Flash/EEPROM memory, NAND/NOR, eMMC, etc. Basically, it "loads the software into the chips" in industrial production. How it works: automatic pick & place system picks up the chips; vision cameras align the components; sockets (P1, P2, P3, etc.) program multiple chips simultaneously; tape feeder (TM50) provides automatic component feed; BPM software controls the entire process. It can program many chips simultaneously (up to 28) at high speed (over 1,000 pieces per hour).