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Full-tray in/out feeding
Complete trays move into and out of the feeding position through an automated exchange sequence.
整盘进出托盘供料器 · Tray feeder
Full-Tray In/Out Tray Feeder
An automated full-tray in/out feeder for blister trays, with servo lifting, lead-screw transfer, up to 15 tray layers, and I/O or host-machine communication control.
Full-tray in/out
Feeding method
280-320mm
Supported tray length
10s
Tray change time
±0.5mm
Accuracy
Product overview
Automated full-tray exchange for blister-tray handling
The Winseason full-tray in/out tray feeder lifts and transfers complete blister trays for automated component handling.
A servo motor, ball screw, and linear guide transmission system support tray lifting and exchange. The feeder supports up to 15 stacked trays and a maximum tray load below 2.5Kg, with standard and nonstandard tray evaluation available.
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Full-tray in/out feeding
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15 tray layers
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Servo lifting
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10-second tray change
Applicable components
Tray formats listed for this feeder
Supported format or size: Minimum 280mm×100mm×30mm; maximum 320mm×260mm×30mm
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Standard blister trays
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Nonstandard trays by evaluation
The source specification does not list specific component types. Component and tray suitability must be confirmed through engineering evaluation.
Key features
Tray circulation built around controlled lifting and exchange
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Servo lifting
The specification table identifies a servo motor and lead-screw transfer for tray lifting.
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15-layer capacity
The feeder supports a listed tray capacity of 15 layers.
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Tray protection
The full-tray handling method is intended to protect components and support antistatic handling.
Technical specifications
Official specification-table values
The values below follow the specification table in the approved product data report.
Tray
- Supported blister tray size
- Minimum 280mm×100mm×30mm; maximum 320mm×260mm×30mm
- Specific component types
- Not listed in the source specification
Machine
- Machine dimensions
- 687mm×500mm×909mm
- Machine weight
- 100KG
Feeding
- Feeding method
- Full-tray in/out feeding
- Tray lifting
- Servo motor and lead-screw transfer
- Fixing method
- Positioning key and clamping block with mechanical positioning structure
Electrical and pneumatic
- Power requirements
- AC220V / DC24V
- Air pressure
- 0.4-0.6Mpa
Control
- Operation
- Industrial PC with Windows 10; teach pendant and touchscreen
- Host connector
- 8-pin, φ16mm aviation plug
- Communication
- Supports I/O communication or host-machine communication control
Performance
- Tray change time
- 10s
- Accuracy
- ±0.5mm
- Maximum tray load
- ＜2.5Kg
- Tray capacity
- 15 layers
Working principle
How the full-tray in/out tray feeder works
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Load the tray stack
Blister trays are loaded into the feeder in a stacked arrangement.
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Lift the active tray
A servo motor and lead-screw transfer move the active tray to the handling position.
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Present the components
The complete tray remains intact while components are handled by connected automation.
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Exchange the tray
The feeder moves the processed tray out and brings the next tray into position.
Product image
Complete full-tray in/out tray feeder
Slide 4 contains one complete 530×450 product image. It is shown at its native maximum width to avoid upscaling, blur, or a misleading crop.
Typical applications
Typical tray-feeding applications
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Standard blister trays
Automated handling for standard blister trays within the listed minimum and maximum dimensions.
Discuss this application02
Nonstandard tray projects
Tray configurations outside the standard range require engineering review and customization.
Discuss this application03
Protected component handling
Full-tray transport supports components that should remain in tray pockets during automated handling.
Discuss this applicationIntegration / communication
Controls and production-line integration
The feeder supports I/O communication or host-machine communication control through an 8-pin, φ16mm aviation plug. Final tray geometry, line interface, industrial-PC controls, and replenishment sequence should be confirmed for the target equipment.
AC220V / DC24V
Power requirements
0.4-0.6Mpa
Air pressure
8-pin, φ16mm
Aviation connector
I/O or host control
Communication mode
Windows 10 IPC
Control platform
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Engineering and purchasing questions
What tray sizes are supported?
The specification table lists a minimum blister-tray size of 280mm×100mm×30mm and a maximum of 320mm×260mm×30mm.
What is the tray capacity?
The feeder supports up to 15 tray layers, with a listed maximum tray load below 2.5Kg.
What are the listed tray-change time and accuracy?
The specification table lists a tray change time of 10s and accuracy of ±0.5mm.
What component types are supported?
The source specification does not list specific component types. Suitability must be confirmed from the tray and component samples.
How does the feeder communicate with other equipment?
It supports I/O communication or host-machine communication control through an 8-pin, φ16mm aviation plug.
What utilities does the feeder require?
The listed requirements are AC220V / DC24V power and 0.4-0.6Mpa air pressure.
Contact / RFQ
Send your component for feeder evaluation
Share the component type, dimensions, incoming material format, required cycle time, and target equipment. Winseason can review the feeding requirement for the Full-Tray In/Out Tray Feeder and identify the information needed for a quotation.
+86 755 2315 7003winson@winseason.com
Building 5, Phase 1, Lianchuang Science and Technology Park, 21 Bulan Road, Nanwan Street, Longgang District, Shenzhen, Guangdong, China