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MD Resource LS2 Liposuction Aspirator

 
SKU: MD LS2
  • The MD LS2 Liposuction Aspirator with single output port comes complete with one three meter power cord, user manual, pneumatic foot-pedal, IV pole with canister mounts, storage rack, three feet of tubing, IV hooks, and a biofilter.

    Utilising two oil-less rotary vane pumps, the LS2 provides adjustable vacuum from 0 to 29 inHg. The LS2 is virtually maintenance-free and engineered to provide years of trouble-free use with the sealed oil-less vacuum system and comes with a five year warranty against failure.

    A taller case is provided for convenience; the 1500cc Canisters supplied with the aspirator are now more easily monitored and space is provided on top for equipment such as a PAL System Console and/or an infiltration pump.

    A rear-mounted extension pole holds one or more canisters along with tumescent solution bags (not pictured). At its base is a grip for easily moving the system about. Once in place, the unit's heavy-duty casters may be locked. The system's bright digital display is visible even in a dimly lit operating room.

    Activated with a pneumatic foot-pedal, the MD LS2 Liposuction Aspirator uses single-use disposable canister liners.

    MD LS2 Liposuction Aspirator Specifications

    • Display: 20-segment, 3-colour LED bar graph; 2-digit LED numeric vacuum readout.
    • Motors: Two maintenance-free, non-polluting, oil-less rotary vane pumps; serial staging.
    • Maximum HP: 1/3 x 2.
    • Vacuum: Adjustable from 0 to 29 Hg at sea level.
    • Maximum Flow Rate: 4.2 SCFM, which is approximately 118.93 LPM.
    • Cooling: Two high speed low noise fans.
    • Power: 240 VAC, 50/60 Hz.
    • Sound Level: < 50 dBA.
    • Grounding: Double insulated.
    • Chassis: Steel frame with vibration-free parallel motor mounts.
    • Enclosure: Powder coated sheet aluminium with sound insulation.
    • Thermal Protector: Yes.
    • Dimensions: 39.4 cm x 39.4 cm x 61 cm (maximum).
    • Weight: 50 kg without accessories.

    All dimensions are approximate