Tables

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

Looking for a metal table that is strong enough for a phenolic resin top? We've got it. The 1" x 2", 16 gauge apron frame is attached to either a phenolic resin, chemical resistant laminate or a plastic laminate top. The frame can have either 14 gauge 30"H fixed legs (fixed height) or 14 gauge outer tube with a 16 gauge insert legs that range from 23-37"H (adjustable height). Legs are 1-1/4" square. Color: Black

This amazing sandbox uses 3D visualization applications and a hands-on exhibit combining a real sandbox, virtual topography and water created using a closed loop of a Microsoft Kinect 3D camera, powerful simulation and a Linux computer and data projector. The resulting (AR) sandbox allows users to create topography models by shaping real sand, which is then augmented in real time by an elevation color map, topographic contour lines, and simulated water and lava. The system teaches geographic, geologic, and hydro-logic concepts such as how to read a topography map, the meaning of contour lines, watersheds, catchment areas, levees, and much more. It can be used to teach history and explain complex geopolitical concepts as well as use for special needs children. The software was designed by a team of scientists at UC-Davis.* The sandbox comes complete with the box, camera, projector, wire management, and laptop with instructions to load the visualization software. The sandbox is made of solid oak and oak plywood and moves on heavy-duty locking casters. A wire management system keeps the cords from interfering with box. There is a handy shelf to hold the laptop while in use, which folds away with a collapsible hinge. Note: Sand not included (we recommend 250 lbs of Sandastik® sparkling white play sand). Detailed instructions for downloading and calibrating the software and running the program are included. * The Augmented Reality Sandbox was developed by the UC Davis W.M. Keck Center for Active Visualization in the Earth Sciences (KeckCAVES, http://www.keckcaves.org), supported by the National Science Foundation under Grant No. DRL 1114663. For more information, please visit http://arsandbox.org.