Amada miyachi hot bar bonding head modules for integration

Amada Miyachi Hot Bar Bonding Head Modules for Integration

Bonding Heads Hot Bar Reflow Soldering. Heat-Seal Bonding ACF Laminating/Heat Staking.

Bonding Head Benefits.

1. Force-fired sensor for accurate force control and consistent process stability.

2. Optional integrated force load cell and displacement sensor for additional control and process data traceability.

3. Integrated mechanical module for planarity adjustment.

4. Rigid design for maximum productivity and highest possible connection accuracy.

5. Modular design for optimum system integration.

Bonding head technology features.

Miyachi Europe offers a full range of bonding heads available for the Hot Bar product line.

The bonding heads can be used for Hot Bar Reflow Soldering, ACF Laminating, Heat-Seal Bonding and Heat Staking. The bonding heads offer maximum productivity and consistent process control. The designs are modular, compact, rigid and easily adjustable. This modular approach enables easy upgrade or system reconfiguration when needed. The compact unit minimises space requirements. The robust bonding heads offer the highest connection accuracy for fine-pitch applications and long thermode lengths at the highest bonding forces. To achieve optimum force accuracy and consistency, the bonding heads are available in both pneumatic and motorized types and offer a complete bonding force range from 8 to 2500N.

Pneumatic bonding heads.

The pneumatic bonding heads offer maximum productivity and consistent process control. The bonding heads are activated through an air-pressure controlled cylinder. Bonding forces can be adjusted directly on the bonding head through a pre-set spring adjustment or via the option pneumatic force control module. A force-fired control switch detects the correct bond force and enables the bond cycle.

Motorized bonding heads.

The motorized bonding heads are activated through a PLC controlled stepper-motor. Parameters including bonding force, search levels and travel speed can be programmed directly on the system PLC-controller. A force-fired control switch detects the correct bonding force and enables the bonding cycle.

Bonding head technical specifications.

SH80 (pneumatic) force min 8 (N) max 80 (N) stroke 50 mm troat depth and weight (mm)(kg) 111, 2.5 Outer dimension HxDxW (mm) 296(490)x114x57.

SH500 (pneumatic) force min 30 (N) max 500 (N) stroke 50 mm troat depth and weight (mm)(kg) 111, 2.7 Outer dimension HxDxW (mm) 448x126x64(83).

SH1250 (pneumatic) force min 250 (N) max 1250 (N) stroke 50 mm troat depth and weight (mm)(kg) 111, 3.7 Outer dimension HxDxW (mm) 448x146x90.

BH1250 (pneumatic) force min 20 (N) max 2500 (N) stroke 50 mm troat depth and weight (mm)(kg) 111, 4.4 Outer dimension HxDxW (mm) 448x146x133.

PH80 (Stepper motor) force min 8 (N) max 80 (N) stroke 25 mm troat depth and weight (mm)(kg) 111, 2.5 Outer dimension HxDxW (mm) 296(490)x114x57.

PH500 (Stepper motor) force min 30 (N) max 500 (N) stroke 25 mm troat depth and weight (mm)(kg) 111, 3.0 Outer dimension HxDxW (mm) 448x126x64(83).

PH1250 (Stepper motor) force min 1250 (N) max 500 (N) stroke 25 mm troat depth and weight (mm)(kg) 111, 3.6 Outer dimension HxDxW (mm) 448x146x90.

PH2500 (Stepper motor) force min 250 (N) max 2500 (N) stroke 50 mm troat depth and weight (mm)(kg) 111, 4.4 Outer dimension HxDxW (mm) 448x146x133.