Magazine loader
1. Control method: PLC + touch screen control
2. Utilizes dual rigid shaft fixation combined with servo motor-driven lifting for greater stability.
3. A stepper motor is used for board pushing, with adjustable force.
4. Pneumatic grippers that are the same width as the material frame ensure more accurate positioning of the material bins, and the effective design helps prevent damage to the PCBs from collisions.
5. Use standard SMEMA communication.
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2. Utilizes dual rigid shaft fixation combined with servo motor-driven lifting for greater stability.
3. A stepper motor is used for board pushing, with adjustable force.
4. Pneumatic grippers that are the same width as the material frame ensure more accurate positioning of the material bins, and the effective design helps prevent damage to the PCBs from collisions.
5. Use standard SMEMA communication.
Magazine unloader
1. Robust and stable design
2. Control method: PLC + touch screen control
3. Equipped with an intelligent control system for one-touch width adjustment and remote fault management. 4. The pitch can be set to four options: 10 mm, 20 mm, 30 mm, and 40 mm.
5. Automatically receive the PCB data streamed down from the host computer.
6. Standard SMEMA communication
7. Optional: Automatic magazine handling with AGV communication
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2. Control method: PLC + touch screen control
3. Equipped with an intelligent control system for one-touch width adjustment and remote fault management. 4. The pitch can be set to four options: 10 mm, 20 mm, 30 mm, and 40 mm.
5. Automatically receive the PCB data streamed down from the host computer.
6. Standard SMEMA communication
7. Optional: Automatic magazine handling with AGV communication
Dual lane magazine unloader
1. Robust and stable design
2. Control method: PLC + touch screen control
3. Equipped with an intelligent control system for one-touch width adjustment and remote fault management. 4. The step size can be set to four options: 10 mm, 20 mm, 30 mm, and 40 mm. 5. Automatically receives PCBs transmitted from the host computer.
6. Standard SMEMA communication
7. Optional: Automatic magazine handling with AGV communication
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2. Control method: PLC + touch screen control
3. Equipped with an intelligent control system for one-touch width adjustment and remote fault management. 4. The step size can be set to four options: 10 mm, 20 mm, 30 mm, and 40 mm. 5. Automatically receives PCBs transmitted from the host computer.
6. Standard SMEMA communication
7. Optional: Automatic magazine handling with AGV communication
Automatic vacuumsuction loader
1. Import and export conveyor equipped with protective photoelectric sensors to ensure smooth product conveyance and pallet alarm.
2. Control method: PLC + touch screen control
3. The pusher plate is controlled by a torque motor, featuring torque feedback and analog control. Pusher plate force can be set via the screen, and an overload alarm is provided.
4. Light-board suction mechanism to prevent PCB movement
5. Lift limit sensors ensure precise positioning, guaranteeing accurate lifting and lowering of the platform.
7. Use standard SMEMA communication.
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2. Control method: PLC + touch screen control
3. The pusher plate is controlled by a torque motor, featuring torque feedback and analog control. Pusher plate force can be set via the screen, and an overload alarm is provided.
4. Light-board suction mechanism to prevent PCB movement
5. Lift limit sensors ensure precise positioning, guaranteeing accurate lifting and lowering of the platform.
7. Use standard SMEMA communication.
3D Re-inspection equipment
1. The user interface features an LCD display and is equipped with SMEMA and Ethernet communication ports, enabling seamless integration with inspection equipment and MES systems.
2. This equipment employs high-precision servo motor drives and a modular motion mechanism.
3. Automatically reads the defect location from the upstream inspection equipment and automatically positions itself at the defective component location.
4. Equipped with a 2K dynamic high-frame-rate camera, 200× magnification, and a 30–60° 3D lens. Features automatic panoramic viewing and supports seamless switching between 2D and 3D modes.
5. The lifting mechanism is driven by an electric motor, features multi-tooth gear engagement for load-bearing, and ensures stable, level lifting.
6. The conveyor track is manufactured from AL6061 CNC-machined, one-piece extruded profiles with a hard-anodized surface finish.
7. Configure scan stations to meet customers’ customized requirements.
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2. This equipment employs high-precision servo motor drives and a modular motion mechanism.
3. Automatically reads the defect location from the upstream inspection equipment and automatically positions itself at the defective component location.
4. Equipped with a 2K dynamic high-frame-rate camera, 200× magnification, and a 30–60° 3D lens. Features automatic panoramic viewing and supports seamless switching between 2D and 3D modes.
5. The lifting mechanism is driven by an electric motor, features multi-tooth gear engagement for load-bearing, and ensures stable, level lifting.
6. The conveyor track is manufactured from AL6061 CNC-machined, one-piece extruded profiles with a hard-anodized surface finish.
7. Configure scan stations to meet customers’ customized requirements.
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+86 18279151751
Address: Yongxinda Industrial Park, Building 17, No.4 Industrial Zone, Heshuikou Community, Matian Street, Guangming District, Shenzhen
Email:market@evertrusty.com
After-sales hotline: +86 13416766166 Huang Baisong
Sales Hotline: +86 13828894831 Cindy Pu (South China)
+86 13510850821 Dylan Fan (East China)
+86 18018796295 Zhou Run (Southwest)
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