Scott Equipment Company supports ANVER vacuum cups, pumps, generators, lifters and material-handling components for manufacturers, OEMs, integrators and maintenance teams throughout North and South Carolina.
ANVER Vacuum Lifters, Cups & Material-Handling Systems
ANVER Corporation manufactures vacuum material-handling equipment from individual suction cups and vacuum components through complete lifting systems. Its portfolio includes mechanical, electric, air- and battery-powered vacuum lifters, ergonomic tube and hoist lifters, vacuum cups and pad assemblies, pumps and generators, vacuum stations, controls, sensors, accessories and robotic bottling grippers.
Vacuum Handling from Components to Complete Lifting Systems
ANVER began as a custom builder of specialized vacuum equipment in 1968 and now produces a broad range of standard and custom vacuum-handling products. The company supports applications from miniature pick-and-place cups to ergonomic lifting systems and mill-duty lifters for large, heavy loads.
Component-to-System Coverage
Machine builders can source cups, suspensions, generators, filters, valves and controls individually or move up to complete lifters and ergonomic handling systems.
Multiple Vacuum-Source Options
ANVER offers mechanical, compressed-air, electric and battery-powered solutions so the vacuum source can be matched to the load, duty cycle and utilities available at the machine.
Standard and Custom Material Handling
Applications span sheet, plate, stone, glass, wood, panels, pipe, coils, bags, boxes, bottles and other porous, semi-porous or non-porous products.
Explore ANVER Vacuum-Handling Products
Use these product areas as a starting point for below-the-hook lifting, ergonomic material handling, robotic pick-and-place, packaging, sheet handling and machine-automation projects.
Vacuum Lifters & Lifting Frames
ANVER offers horizontal lifters, vertical lifters, tilters, rotators, flippers, coil and roll handlers, side-grip systems and large-capacity lifting frames with mechanical, electric, air or battery-powered vacuum sources.
Explore vacuum lifters →Ergonomic Vacuum Tube & Hoist Lifters
VT vacuum-tube systems and VB/VM vacuum-hoist systems support one-person handling of cartons, bags, containers and other repetitive loads with configurable controls, attachments and supporting components.
Explore ergonomic lifters →Vacuum Cups, Pads & EOAT Hardware
Flat, bellows, foam, oval, rectangular, miniature and application-specific cups are joined by level compensators, suspensions, fittings and brackets for robotics, packaging and general automation.
Explore vacuum cups →Vacuum Pumps, Generators & Stations
Electric pumps, compressed-air generators and ejectors, air movers and complete vacuum stations provide vacuum sources for machine automation, EOAT and material-handling systems.
Explore vacuum generators →Vacuum Controls, Filters, Valves & Accessories
System components include vacuum and pressure sensors, check and relief valves, ball and sensing valves, filters, mufflers, gauges, hose, clamps, fittings and related controls for building or maintaining vacuum systems.
Explore vacuum components →Bottling Grippers & Robotic Pick-Up Heads
ANVER bottling heads use inflatable bladders, piston actuators or vacuum to grip bottles and containers for robotic packing, unpacking and pick-and-place applications.
Explore bottling grippers →Help Select ANVER Vacuum Components and Handling Systems
Our Sales and Technical Teams can help review the load, surface, porosity, weight, movement, available utilities, cycle time, cup arrangement and control requirements. We can also coordinate ANVER products with robotic tooling, pneumatics, controls, safety and supporting machine hardware.
Vacuum Lifter Application Review
Evaluate material, porosity, surface texture, load dimensions, weight, orientation, required movement, power source and operating environment.
Vacuum Cup & EOAT Selection
Match cup style, size, material, suspension and layout to the product surface, acceleration, orientation, leakage and robotic handling requirements.
Vacuum Source & Control Selection
Compare compressed-air generators, electric pumps, vacuum stations, reservoirs, sensors, valves and filters based on flow, vacuum level, leakage and duty cycle.
WBIYII Assemblies & Kits
Organize cups, generators, valves, sensors, fittings, tubing, mounting hardware and related automation components into repeatable WBIYII assemblies or installation kits.
Selection note: Final vacuum-system selection should be verified against load weight, center of gravity, porosity, surface condition, cup capacity, vacuum level, leakage, acceleration, orientation, redundancy, power availability and environment. Lifting applications should also follow ANVER’s current ratings, operating instructions, inspection requirements and applicable lifting-device standards.
Tools for Vacuum Selection and Workcell Planning
Use these resources to narrow a lifting approach, compare complementary vacuum manufacturers and plan robotic or material-handling applications.
Explore Supporting Automation Technologies
ANVER vacuum products commonly work alongside robots, pneumatics, controls, sensors, machine safety and cable-management components.
Need Help with an ANVER Vacuum or Material-Handling Application?
Share the material, surface condition, load dimensions and weight, required movement, available power, cycle time and operating environment. Scott Equipment Company can help identify ANVER options and coordinate the supporting vacuum and automation components.