Each page gives the engineering approach and the inputs that need confirming; no customer or project details are involved. When you need a selection against an actual duty, send us the conditions.
Applications
Selection methods and configuration direction by duty
Chamber roughing: sizing the pump that pulls from atmosphere
Size from chamber volume and target roughing time, then add line losses.
Multi-station central vacuum: matching the pump to the receiver
Size the pump on average flow; let the receiver cover the peaks.
SMT placement machines: vacuum at the pickup and placement head
Small flows, fast response and oil-free exhaust for nozzle pickup and hold.
Dusty or wet duty: what goes ahead of the pump
How filtration and condensation are arranged sets chamber life and failure rate.
Optical sorting machines: stable vacuum at the inspection station
Small holding areas, pressure steadiness and control of fluctuation when one pump serves several stations.
Taping machines: pocket holding and component pickup
Holding and releasing to a continuous cycle, with debris and dust handled ahead of the pump.
Manipulators: vacuum cup gripping at the tool end
Holding force from cup area and vacuum level, blow-off circuits and the effect of line volume on cycle time.
Printing equipment: holding and conveying the substrate
Large holding areas, flow allowance for porous stock and separation of solvent vapour ahead of the pump.
Need a model recommendation or a quote?
Tell us the required pumping speed, ultimate pressure, gas handled, dust and corrosion conditions, duty cycle and power supply; we will size the model for your process.
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