Schmalz Inc. Datasheets for Ejectors and Eductors
Ejectors and eductors have numerous uses in the plant such as lifting, pumping, mixing and agitation of liquids, granular solids and slurries.
Ejectors and Eductors: Learn more
| Product Name | Notes |
|---|---|
| In addition to the functions of a basic ejector, compact ejectors are equipped with a suction valve, a blow-off valve, a vacuum switch and a filter. | |
| Basic ejector for universal use in vacuum systems Various handling tasks in the automotive, metal sheet, wood, assembly technology, food and packing industries | |
| Basic ejector with highest suction rate for handling cardboard, packaging materials, insulation materials and other porous workpieces For processes that require high flow rates at minimized energy consumption | |
| Basic ejector with plastic housing for use in feeder systems Handling of electronic components Use in separation systems for plastic and sheet-metal machining Construction of ejector blocks for decentralized individual... | |
| Basic ejector with plastic housing, integrated valve technology and system monitoring for use in very high dynamic feeder systems Handling of all kinds of airtight components For use in separating... | |
| Basic ejectors SBP-HV/HF for universal application in vacuum systems Integrated ejector module for energy efficient vacuum generation because of eco nozzle technology | |
| Compact ejector for handling of airtight and slightly porous workpieces Generation and monitoring of vacuum in automated systems Use in robotic handling applications and on linear axes Pick-and-place applications with... | |
| Compact ejector for handling of airtight or slightly porous workpieces in the electronics, electrical engineering, packing, robotics and automobile industries | |
| Compact ejector for handling of airtight or slightly porous workpieces For use in the automobile, packaging and robotics industries | |
| Compact ejector for use in applications with very dynamic movements and restricted spaces Usage for handling with industrial robots, linear axes and in Pick & Place systems | |
| Compact ejector with integrated valve technology and system monitoring for handling of cardboard, packing materials, insulating materials and other porous items | |
| Compact ejectors for energy-efficient and reliable vacuum generation for handling airtight and slightly porous workpieces Suction and blow-off functions controlled via external compressed air Use in automated systems without external... | |
| Gripping of very porous materials such as foams, textiles, paper and various recycling materials Conveyance of light solids, such as polystyrene, plastic granulates, rice or other filling materials Exhaust of... | |
| Handling of airtight and slightly porous workpieces Generation of vacuum in automated systems Use in robotic handling applications and on linear axes For systems that require highly dynamic gripping of... | |
| Handling of airtight as well as porous workpieces Vacuum supply and vacuum monitoring in automated systems For use in sheet metal processing, the automotive industry, with packaging machines, and in... | |
| High performance vacuum generator for handling suction tight workpieces under extreme conditions, e.g. in vacuum systems in press lines for handling metal sheets In pick-and-place applications with short cycle times... | |
| Inline ejector for installation between suction cup and compressed air supply Handling of all types of workpieces with manipulators, industrial robots and feeder systems | |
| Inline ejector for mounting directly in the hose line Handling of electronic components Vacuum generation in handling systems with restricted space Use in separation systems for plastic and sheet-metal machining... | |
| Mini compact ejector for handling airtight workpieces, such as display glass, plastic parts, printed-circuit boards (PCB), electronic parts or batteries For use in highly dynamic pick-and-place applications with extremely short... | |
| Multi-stage ejector for handling of cardboard, packing materials, insulating materials and other porous items Processes that require big suction capacity and low air consumption at the same time |