Components storage
- ESD protection
- Solder and solder agents
- Factory equipment
- Personal protective equipment (PPE)
- PCB processing and handling
- Component processing
- Component storage
- SALE
ESD partition wall for SMD coil stand, coil diameter 180 mm, 180 x 180 x 2 mm
ESD partition for SMD coil stands, coil diameter 330 mm, 165 x 2 mm, various versions
ESD-SMD reel stand, 38 reels, reel diameter 330 mm, 560 x 365 x 178 mm
ESD-SMD reel stand, 23 reels, reel diameter 180 mm, 362 x 188 x 110 mm
Welding device VACUWELD, weld seam 450 x 6 mm
ESD-SMD reel stand for 23 reels (Ø 180 mm), 362 x 188 x 110 mm
Rack for Ghibli II, for 10 shelves, INOX steel, 445 x 550 x 535 mm
Alarm box for Ghibli II with LED warning light
Tray for Sahara/Sahara Dry 400 l
Tray for Sahara/Sahara Dry 250 l
Tray for Sahara/Sahara Dry 80 l
Tray holder for Ghibli II, aluminum, 530 x 530 x 12 mm
Door with inspection window for Sahara/Sahara Dry, 200 x 200 mm
USB connection cable incl. PID Manager software for Sahara/Sahara Dry
Why is ESD-safe component storage important?
Electronic components can be damaged by even small electrostatic discharges. For this reason, dissipative storage containers, tray racks and packaging are used to avoid voltage differences. Particularly sensitive semiconductors and SMD components must be protected during storage, transport and order picking.
What requirements apply to the storage of moisture-sensitive components?
MSD components must be stored dry in accordance with IPC/JEDEC J-STD-033 to prevent damage caused by moisture absorption. Dry storage cabinets, vacuum bags and humidity indicators are typical. Especially in reflow processes, trapped moisture and rapid heating can lead to delamination or so-called popcorning.
When are SMD coil holders used?
SMD coil holders are used in electronics production for the structured storage of tape and reel packaging. They improve material flow, component access and batch management. At the same time, ESD-capable systems protect sensitive components from electrostatic charge during component storage.