Laminar Air Flow from Labtare are designed to provide a clean air environment for research operation which required complete anti-bacterial working area. Small size saves precious laboratory space and maintains constant positive pressure inside the cabinet which prevents intake of contaminated air. Used in Bioscience, Food processing, Pharmaceuticals, Aerospace, Medical research Laboratories, Hospitals, Research.
Type : Vertical Laminar Flow Average Air Flow Velocity : 0.3~0.5m/s, air speed adjustable HEPA Filter Efficiency : 99.99% efficiency at 0.3 µm UV Lamp : 30Wx1 Fluorescent Lamp : 28W×1 Max Opening : 350 mm Front Window : Manual, 5 mm toughened glass, anti-UV Caster : Universal wheel with leveling feet Chamber Material : Cold-rolled steel coated with anti-bacteria powder coating, Work table: Stainless Steel 304 Standard Accessory : Fluorescent lamp, UV lamp*2, Base stand Work Surface Height : 750 mm Display : LED Noise Level : < 60dB Power Supply : AC 220V±10%, 50/60 Hz; 110V±10%, 60HZ Power : 600 W Internal Size in (WxDxH) : 1340x540x545 mm Overall Dimension : 1440x615x1770 mm Packaging Size : 1590x890x1330 mm Weight : 174 kg
Laminar Air Flow from Labtare has compact desktop design required for operations in an ultra clean, dust free environment. Used for a wide range of applications according to users need. Used in Medical, Pharmaceutical, Research, Manufacturing areas, Electronic setors, Industrial sectors, Laboratory, Healthcare.
Laminar Air Flow from Labtare has compact desktop design required for operations in an ultra clean, dust free environment. Used for a wide range of applications according to users need. Used in Medical, Pharmaceutical, Research, Manufacturing areas, Electronic setors, Industrial sectors, Laboratory, Healthcare.
Laminar Air Flow from Labtare are designed to provide a clean air environment for research operation which required complete anti-bacterial working area. Small size saves precious laboratory space and maintains constant positive pressure inside the cabinet which prevents intake of contaminated air. Used in Bioscience, Food processing, Pharmaceuticals, Aerospace, Medical research Laboratories, Hospitals, Research.