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C2W compatible TCB bonder FPB-1w NeoForce-FPB-1w NeoForce
C2W compatible TCB bonder FPB-1w NeoForce-Yamaha Robotics Holdings Co., Ltd.

C2W compatible TCB bonder FPB-1w NeoForce
Yamaha Robotics Holdings Co., Ltd.

Yamaha Robotics Holdings Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

39.3hours


About This Product

■Summary

・Package bonder compatible with Chip to Wafer's Thermal Compression Bonding (TCB) method ・Compatible with face down construction method (Face up construction method is optional) ・Compatible with TCB method (NCP/NCF/TC-CUF), C2, C4, FO-WLP method, etc.

■Features

・Achieve high precision bonding with unique NVS [Non Vibration System] technology ・FFG [Force Free Gantry] supports high loads up to 350N ・High throughput achieved by short heating and cooling using high-speed pulse heater - Equipped with process monitoring and management functions to achieve stable quality and process portability. ・Supports various push-up methods and can handle thin dies. ・Has a different chip bonding function for up to 4 types with a quality automatic switching function, and supports 2.5D and 3D stacking. ・High productivity/space saving achieved by multi-head system ・Flexible support for various options 1. Compatible with face up method, 2. TCB mounting of large chips (□35mm), 3. Transfer supply of FLUX material to chips, 4. Compatible with chip supply from tape reel, 5. Base wafer supply via OHT Usage example

■Pulse Vacuum Reverse Multi Step (PV-RMS) that grabs a thin object to connect

The thickness of NAND flash memory, which is becoming increasingly multi-layered, is now less than 30 um, including the adhesive layer, and at this thinness, it bends freely and breaks easily. Die pickup technology is essential for device bonding, but handling ultra-thin dies poses great difficulties. Pulse Vacuum Reverse Multi Step (PV-RMS) is a pickup method that makes good use of the bending of the device. By intermittently evacuation from the outside of the sheet, the restoring force of the bent die is used to promote efficient peeling of the die. It is effective not only for thin dies but also for dies with fragile Through Silicon Via (TSV) structures, and can be said to be a key technology for electronic device packaging in the future.

  • Product

    C2W compatible TCB bonder FPB-1w NeoForce

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1 Models of C2W compatible TCB bonder FPB-1w NeoForce

Image Part Number Price (excluding tax) Drive source vacuum Drive source Power consumption Drive source Input power supply Drive source air Mass Equipment dimensions Product name Machine uph Bonding accuracy Bonding direction Bonding compatible method Bonding tool setting temperature Bonding stage setting temperature Base wafer size Chip size Chip wafer size Option
C2W compatible TCB bonder FPB-1w NeoForce-Part Number-FPB-1w NeoForce

FPB-1w NeoForce

Available upon quote

-75kPa (-550mmHg) or less (gauge pressure) Connection 3 φ10 tubes

Maximum 14.0kW

Single phase AC200V~240V±5% 50/60Hz (Please contact us for different voltages)

570kPa (5.7kgf/cm2) 300L/min Connection φ10 Tube 3 locations

Approximately 3,100kg (not including monitor and indicator light)

・W 2,520mm
・D 1,620mm
・H 1,750mm

Package bonder

UPH6,000 (C4 mode/process time not included) Based on our implementation conditions

±2.5μm (3σ) Based on our mounting conditions

Face down/Face up (Please contact us for options/conditions)

・TCB method (NCP/NCF/TC-CUF)
・C2 C4 construction method
・FO-WLP construction method

Room temperature ~400℃ (1℃/step, pulse heat)

Room temperature~200℃ (1℃/step)

Φ300mm (φ200mm option)

・1~22mm t=0.02~0.7mm (22mm or more; please contact us for options/conditions)

・φ200mm
・φ300mm

・Communication interface SECSⅡ
・HSMS
・GEM

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About Company Handling This Product

Response Rate

100.0%


Response Time

39.3hrs

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