Model 8301E ESD PCB Magazine Rack
- Store high-temperature PCBs after reflow and wave soldering for cooling and baking stations.
- Transfer and store WIP PCBs for printing, mounting, AOI and other SMT processes.
- Dissipate static charges to protect components from ESD damage under high temperature.
- Separate various sizes of PCBs via adjustable slots to avoid scratches and deformation.
- Standardize material placement to simplify workshop handling and inventory management.
- Model 8301E ESD PCB Magazine Rack Specifications
- Key Features
- Advantages
| Parameter | Details |
| Size | 535*530*570mm |
| Adjustable Width | 60–450mm |
| Temperature Resistance | 80℃/120℃/150℃ |
| Number of Slots | 50 PCS |
| Adjustment Method | Screw, Handle |
- High temperature resistant structure, slot plastic withstands short-term 120℃, suitable for hot PCBs after reflow and wave soldering.
- Gear adjustable slots with flexible spacing to fit various PCB sizes.
- Static-dissipative material maintains stable ESD performance under high temperature to protect components.
- Independent layered slots separate each board to prevent scratches and deformation.
- Integrated thickened aluminum frame with strong load capacity, wear-resistant for 24-hour continuous production.
- Standard size compatible with auto board loaders, applicable for printing, mounting, AOI, baking and all SMT processes.
- High temperature resistant conductive strips allow storage of hot PCBs post soldering without cooling waiting, improving line throughput.
- Gear adjustable slots fit multiple PCB sizes, cutting purchasing cost and saving workshop storage space.
- Stable anti-static performance under high temperature prevents ESD damage to components and lowers scrap rate.
- Independent slots isolate each PCB to avoid scratches and extrusion defects.
- Thickened integrated aluminum frame is wear-resistant and deformation-proof for long-term 24-hour heavy use.
- Standard dimension matches automatic board loaders, compatible with printing, mounting, AOI, baking and cooling stations.
- Neat storage standardizes workshop material layout, convenient for handling and 5S management.
Why choose this product?
- High temperature resistant conductive strips allow storage of hot PCBs post soldering without cooling waiting, improving line throughput
- Gear adjustable slots fit multiple PCB sizes, cutting purchasing cost and saving workshop storage space.
- Stable anti-static performance under high temperature prevents ESD damage to components and lowers scrap rate.
- Independent slots isolate each PCB to avoid scratches and extrusion defects.
- Thickened integrated aluminum frame is wear-resistant and deformation-proof for long-term 24-hour heavy use.
- Standard dimension matches automatic board loaders, compatible with printing, mounting, AOI, baking and cooling stations.
- Neat storage standardizes workshop material layout, convenient for handling and 5S management.
How It Works
- High-temperature static dissipation principle: Slots adopt heat-resistant conductive plastic, which continuously discharges static electricity on hot PCBs after reflow soldering to avoid ESD damage to components under high temperature.
- Adjustable layered isolation protection principle: Gear-type structure flexibly adjusts slot width to fit various PCBs. Each circuit board is placed in an independent slot to prevent scratches and deformation caused by friction and extrusion.
- High-temperature stable bearing principle: Thickened integrated aluminum frame resists deformation under heat. Layered slots evenly bear PCB weight, keeping boards stable without slipping during transfer, baking and storage.
Application Process
- Adjust slots: Turn gear structure to set slot width according to PCB dimensions.
- Load hot boards: Directly place high-temperature PCBs from reflow/wave soldering into separate slots, one board per slot.
- Static dissipation: Heat-resistant conductive strips continuously eliminate static on hot boards to protect components.
- Process transfer: Move the rack to cooling, baking, AOI, mounting stations for buffer storage.
- Board unloading: Take out single PCB for production without scratching remaining boards.
- Recycle: Clean dust after all boards are unloaded and reuse for high-temperature SMT processes.
Requirements
Environmental Requirements
- Maintain workshop humidity at 40%–60%RH to reduce static buildup.
- Long-term ambient temperature ≤80℃, short-time peak resistance 120℃; avoid prolonged overheating.
- Keep work area clean without solder residue, metal scraps and oil stains to protect strips and PCBs.
- Keep away from open flame and high-temperature heat sources to slow plastic aging.
Operation Rules
- Adjust gear slots to match PCB width before loading; do not force ill-sized boards to prevent strip damage.
- One PCB per slot; stacking or slanting boards is forbidden.
- Handle gently without dragging or dropping to avoid aluminum frame deformation.
- Regularly clean solder dust on slots to sustain static dissipative performance; replace aged conductive strips timely.
ESD Matching Conditions
- Operators must wear ESD wrist straps, used with anti-static workbench mats.
- Periodically test surface resistance to meet ESD standards.
- Do not mix with ordinary non-static plastic racks.
What It Is Used For
- Store hot PCBs from reflow and wave soldering for cooling and baking stations.
- Transfer and store WIP PCBs for printing, mounting, AOI and all SMT processes.
- Stably dissipate static under high temperature to avoid ESD damage and reduce scrap.
- Separate multi-size PCBs via adjustable slots to prevent scratches and deformation.
- Standardize PCB storage to simplify material transfer, inventory and 5S management.
Conclusion
Model 8301E High-Temperature ESD PCB Rack – designed for SMT high-temperature processes. Heat-resistant 120°C conductive slots accept post-reflow PCBs directly without cooling, boosting flow efficiency. Gear-adjustable slots fit various sizes; independent isolation prevents scratches and warping. Aluminum frame ensures durability for 24/7 high-frequency use, maintaining stable ESD performance at high temperatures to reduce component scrap. Compatible with printing, placement, AOI, baking, cooling, and all SMT processes. Streamlines material management – a core solution for cost reduction and efficiency improvement in high-temperature SMT lines.
Do you provide after-sales service?
- Our professional after-sales service team will quickly resolve any emergencies you may encounter during use.
Warranty period?
- -The entire machine is covered by a one-year warranty, with free technical support provided after that year.
Do you provide installation and commissioning?
- On-site installation and commissioning will incur additional fees, including accommodation and airfare.
Shipping method?
- Typically, shipping is by sea or land. Air freight is more expensive for urgent needs.
Packaging and Delivery Information:
Delivery: Standard equipment is in stock, while less commonly used models require 10-15 days depending on the situation..
Minimum Order: We accept orders for a single machine or mixed orders to suit your needs.
Transportation: Products are shipped either in bulk or via containers, depending on the order size and destination.
Payment Terms: Flexible payment options are available, including L/C, D/A, D/P, T/T, Western Union, and MoneyGram.
Price: Prices are negotiable to ensure you receive the best possible value.
Packaging: We offer both standard export boxes and robust hardwood packages to ensure your order arrives safely and securely.
If you have any other questions, please contact us to obtain more information
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