Products
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Electronic Vacuum and Pressure Switches
Switches and System Monitoring
Devices for system monitoring are crucial to ensure the safe operation of a vacuum system. Schmalz offers a wide range of switches, measuring and control devices, as well as warning devices.
Vacuum switches ensure the safe operation of a vacuum circuit. With the electronic design, the existing vacuum is measured via a sensor and issues an analog or digital switching signal.
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Vacuum and Pressure Sensors
Switches and System Monitoring
Devices for system monitoring are crucial to ensure the safe operation of a vacuum system. Schmalz offers a wide range of switches, measuring and control devices, as well as warning devices.
Vacuum and pressure sensors with an analog output signal for permanent and exact measurement of vacuum and pressure values. Output via smartphone using NFC technology allows simple access to service and maintenance information.
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Mechanic Vacuum Switches
Switches and System Monitoring
Devices for system monitoring are crucial to ensure the safe operation of a vacuum system. Schmalz offers a wide range of switches, measuring and control devices, as well as warning devices.
Mechanical vacuum switch in electrical and pneumatic design with adjustable switching point.
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Compact Valves
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
For the control and monitoring of a vacuum system, compact valves are used which are controlled via electrical switching signals. Important process data is transmitted to the control system via an integrated sensor unit.
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Non-Return Valves
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
Non-return valves are used to maintain the vacuum in a circuit in the case of a power failure or if the vacuum generator fails.
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Touch Valves
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
The sensing valve checks mechanically whether the suction cup is occupied and only then opens the vacuum line.
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Check Valves and Flow Restrictors
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
Check valves close the vacuum lines of uncovered suction cups. This maintains the system vacuum. Flow restrictors constrict the vacuum line. They are used predominantly in the handling of porous parts.
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Solenoid Valves
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
Solenoid valves, which are controlled via electrical switch signals, are used for the control of compressed air or vacuum. These valves can be controlled directly as well as with pneumatic pilot operation.
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Vacuum Units
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Ready-to-connect unit for handling and clamping tasks consisting of: vacuum pump, vacuum reservoir, monitoring and control.
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Vacuum Centers
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
The complete unit for handling and clamping tasks, consisting of pump, reservoir, monitoring and regulation.
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Vacuum Reservoirs
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Vacuum reservoirs are safety devices for sudden power failure.
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Vacuum Blowers
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
For high volume flows/suction capacity at low vacuum values. Optimal for porous workpieces.
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Vacuum Pumps
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
For high vacuum values with a low volume flow. Oil-lubricated pumps, dry-running pumps and water-ring pumps are available.
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Regulated Vacuum Pumps
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Electric compact pumps are used for efficient vacuum generation and allow monitoring and control of the vacuum system.
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Vacuum Generators End-of-Arm
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
The electrical and pneumatic end-of-arm vacuum generators are designed for use on lightweight robots and industrial robots. They are suitable for use in mobile robotics, in fully automated processes with low cycle and evacuation times, and in human-robot collaboration (HRC) environments.
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Compact Terminals
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Compact unit with multiple vacuum generators for the simultaneous and individual handling of different parts using only one vacuum system.
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Compact Ejectors
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
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.
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Decentralized Ejectors
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
These ejectors are very different to other series due to their design. In addition to this, ejectors with active blow off function, blow off system and atmospheric ventilation make decentralized vacuum generation directly on the suction cup possible. These ejectors are known for quick lifting and depositing.
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Inline Ejectors
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Inline ejectors are installed directly in the hose line between the compressed air supply and the suction cups.
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Basic Ejectors
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
Due to their small size, the basic ejectors can be used even in confined spaces. Due to the simple design with main body, venturi nozzle and silencer, this ejector is low maintenance and wear-resistant. The ejector's lightweight build makes it particularly suited for use in highly dynamic processes.
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Ejector Modules
Vacuum Generators
Vacuum generators provide the required vacuum. The vacuum is generated either pneumatically (ejectors) or electrically (pumps, blowers).
An ejector module with efficient eco-nozzle technology for direct integration in existing machine designs. The ejector module can be installed directly on the suction cup due to the minimal space required and low weight. The resistance to dirt and the one piece nozzle fitting allow for long service intervals as well as simple, quick and tool-free cleaning.
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Sections and Connectors
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Aluminum sections and accessories form a complete modular system with which customized beams can be constructed.
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Suspension Clampable FST-C
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Clamping suspension unit for area grippers for handling workpiece layers at varying heights.
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Suspension Rigid/Flexible Set
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Spring plunger-combination of "fixed and floating bearings" for jam free compensation of height tolerances at suspension of gripping systems.
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Hose Management Kit HMK
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Vacuum gripping system and hose routing from a single source. Schmalz offers you hose guide assemblies or, alternatively, complete vacuum hose management sets. The scope of delivery includes robot-specific adapter brackets and all the hardware for mounting the hose routing assemblies on your robot. Schmalz also offers sets that include the hardware for routing compressed air lines and robot I/O cables to the EOAT.
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Holder System for Profile with T-Slot HP
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
The holders for standard slot profiles are suitable for connecting a wide range of Schmalz components. This also allows a flexible vacuum gripper to be set up.
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Holder System for Tooling HT
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Holder for mounting various Schmalz vacuum components on tooling beams in the press shop and body shop
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Modular Gripper System PXT
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
The modular gripping system PXT gives you the flexibility you need to design optimal gripping systems for lightweight robots. You can design solutions for a wide range of handling processes with just a few standardized components. Thanks to the internal vacuum line, your solutions are designed for maximum flexibility and effectiveness. Assembly and conversion are simple, quick and require only a few tools.
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Tooling System SXT
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Toolings for robots for destacking, loading and unloading presses and for loading load carriers at the end of the line
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Jointed Mountings
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
Ball joints and Flexolinks permit the suction cups to adapt themselves better to uneven workpieces.
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Holders for Suction Cups and Spring Plungers
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
The holder is for suspending the suction cup on the gripping system or robot arm. Different types for aluminum sections or square and round tubes are available.
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Spring Plungers
Mounting Elements
Schmalz offers a wide range of mounting possibilities for integrating suction cups or special grippers into a vacuum system.
The spring plungers - components with versatile tasks: Compensate for overstrokes or height differences, soft touchdown, protect material/surface, etc.
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Sealing Foams for Area Gripping Systems
Area Gripping Systems and End Effectors
Area gripping systems and end effectors are gripping systems that can be attached directly on the robot.
Schmalz sealing foams are used on vacuum gripping systems from Schmalz such as the area gripping system FXP/FMP and the area gripping system FMHD as well as on grippers from other manufacturers. The advantage of sealing foams is that you can handle different workpieces with minimum leaks using the same gripper. This allows you to move workpieces with unevenness, roughness and gaps dynamically and efficiently.
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Vacuum End Effectors VEE
Area Gripping Systems and End Effectors
Area gripping systems and end effectors are gripping systems that can be attached directly on the robot.
Fast and cost-effective design of vacuum end-effectors for high-speed packaging processes.
Pick & place applications with delta, scara and articulated arm robots.
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Vacuum Area Gripping Systems FEL
Area Gripping Systems and End Effectors
Area gripping systems and end effectors are gripping systems that can be attached directly on the robot.
Universal gripper for handling workpieces regardless of their size, geometry, material and surface in confined spaces. Especially for workpiece removal from racks or transport boxes
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Area Gripping Systems FMHD
Area Gripping Systems and End Effectors
Area gripping systems and end effectors are gripping systems that can be attached directly on the robot.
The area gripping system FMHD can be integrated into systems quickly and efficiently and is equipped with a connection for external vacuum generation. Due to its integrated vacuum reservoir and robust, easy-to-maintain design, this gripper is particularly well suited to performing handling tasks under demanding environmental conditions. In addition, these grippers are ideal for operation with industrial robots and gantries due to their low weight and compact dimensions.