VAC-U-MAX  

69 William St
Belleville,  NJ  07109-3040

United States
973-759-4600
  • Booth: E7031

VAC-U-MAX is a worldwide leader in the design and manufacture of vacuum conveying systems that convey, screen, recover and reuse metal powders including Inconel, Stainless Steel, Haynes 282, Titanium, and Cobalt Chrome. The VAC-U-MAX AM-MPRS System increases the productivity of Additive Manufacturing Machines by extracting powder from the printing bed using vacuum, sieving the powder for future use - eliminating operator/plant exposure to powders and dust. AM-MPRS maximizes metal powder processing efficiency, plant safety, productivity, and overall cost savings due to its capability to screen and reuse expensive metal powders. 

This system is designed for easy handling of metal powders in a closed system. Utilizing vacuum, the VAC-U-MAX AM-MPRS System extracts metal powders, conveying them to a VAC-U-MAX Vacuum Receiver, discharging the metal powders into a sieve. The sieve then discharges the metal powders into a pail, drum or IBC, in an inert environment. AM-MPRS is NFPA 484 compliant for handling metal powders. For more information visit www.vac-u-max.com/AM-MPRS. 


 Products

  • AM - Metal Powder Recovery System (AM-MPRS)
    Higher productivity. Easier handling. Less waste. The AM-MPRS was designed to revolutionize your metal powder recovery process by extracting powder from the printing bed using vacuum and then sieving the powder for future use....

  • VAC-U-MAX Metal Powder Recovery System (AM-MPRS) for
    Additive Manufacturing / 3D Printing – Conveys, Screens, Recovers & Reuses
    Metal Powders Cutting Processing Time by 85%

    VAC-U-MAX Metal Powder Recovery System (AM-MPRS) for Additive Manufacturing / 3D Printing applications provides conveying, screening, recovering and reuse of metal powders including Inconel, Stainless Steel, Haynes 282, and Cobalt Chrome. The VAC-U-MAX AM-MPRS increases productivity of Additive Manufacturing / 3D Printing Machines by extracting metal powders from the printing bed via vacuum, and then sieving the metal powder for future use – cutting metal powder recovery time by 85%. AM-MPRS is designed for ease-of-use, conveying metal powders in a closed system, eliminating operator exposure to metal dusts, and maximizing plant and personnel safety.

    VAC-U-MAX AM-MPRS utilizes vacuum with system extracting the metal powder, conveying it to a vacuum receiver and then discharging the metal powder into a sieve. The sieve discharges metal powder into a pail, drum or IBC, in a contained and inert environment. System is NFPA 484 compliant for handling metal powders and reduces risk of cross-contamination. AM-MPRS allows full metal powder recovery and quick dismantle without tools. Ergonomic low-profile design and mobile frame allow easy rolling with lockable casters.

    AM-MPRS includes pick-up hand tool and static-conductive hose with smooth bore. Hoses for non-aerospace applications are available in PVC construction, both FDA and USDA approved. Aerospace applications are offered with flexible stainless-steel hose with smooth bore construction. AM-MPRS offers inert gas-purge fittings and optional gas-purge manifold supplied at customers request. Additional features include HEPA Filter canister with filter, and high-output suspended vibratory sieving machine with US230 mesh, ultrasonic de-blinding kit, and VAC-U-MAX Vacuum Receiver.

    The VAC-U-MAX 316L Stainless-Steel Vacuum Receiver Package offers 36 square feet of filter area and counter-weighted discharge valve. Vacuum Generator includes VAC-U-MAX’s Single Venturi Power Unit. Compressed-air is driven by a vacuum generator with ½” NPT high-pressure air connection. System requires 35CFM @ 60PSI for operation, with variable orifice assembly for adjustment of vacuum levels. A NEMA 4, UL-Certified VAC-U-MAX Control Panel offers Micro-PLC for Vacuum Conveying functions, starter for sieve, grounding and bonding monitor, and face-mount ultrasonic controls.

    For more information visit www.vac-u-max.com/AM-MPRS.

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