A work-piece platform comprising: an upper surface to support a work-piece that is to be cut; a main channel defining a recess in the upper surface, the main channel including a bottom opposite the upper surface, a first lateral side, and a second lateral side opposite the first lateral side, wherein the main channel is configured to receive a perimeter of a cutting blade characterized in that the work-piece platform further comprises: a pressurized liquid lubrication; a pressurized lubrication distribution manifold housing said pressurized liquid lubrication; at least one liquid lubrication inlet having a discharge opening configured to discharge lubricant through the at least one liquid lubrication inlet, the at least one liquid lubrication inlet being disposed in at least one of the first lateral side or the second lateral side of the main channel within the main channel, said discharge opening being located at a first end of said main channel and is configured to discharge lubricant in a direction away from the first end of said main channel, the at least one liquid lubrication inlet being disposed at an angle relative to a lengthwise direction of extension of the main channel to direct lubricant in a direction toward a downstream end of the main channel; and at least one outlet being formed at the downstream end of the main channel, wherein the main channel is configured to accommodate a volume of liquid received from the pressurized lubrication distribution manifold via the at least one liquid lubrication inlet, and wherein the liquid is pressurized while in the pressurized lubrication distribution manifold via pressure supplied by a liquid lubrication source. an upper surface to support a work-piece that is to be cut; a main channel defining a recess in the upper surface, the main channel including a bottom opposite the upper surface, a first lateral side, and a second lateral side opposite the first lateral side, wherein the main channel is configured to receive a perimeter of a cutting blade characterized in that the work-piece platform further comprises: a pressurized liquid lubrication; a pressurized lubrication distribution manifold housing said pressurized liquid lubrication; at least one liquid lubrication inlet having a discharge opening configured to discharge lubricant through the at least one liquid lubrication inlet, the at least one liquid lubrication inlet being disposed in at least one of the first lateral side or the second lateral side of the main channel within the main channel, said discharge opening being located at a first end of said main channel and is configured to discharge lubricant in a direction away from the first end of said main channel, the at least one liquid lubrication inlet being disposed at an angle relative to a lengthwise direction of extension of the main channel to direct lubricant in a direction toward a downstream end of the main channel; and at least one outlet being formed at the downstream end of the main channel, a pressurized liquid lubrication; a pressurized lubrication distribution manifold housing said pressurized liquid lubrication; at least one liquid lubrication inlet having a discharge opening configured to discharge lubricant through the at least one liquid lubrication inlet, the at least one liquid lubrication inlet being disposed in at least one of the first lateral side or the second lateral side of the main channel within the main channel, said discharge opening being located at a first end of said main channel and is configured to discharge lubricant in a direction away from the first end of said main channel, the at least one liquid lubrication inlet being disposed at an angle relative to a lengthwise direction of extension of the main channel to direct lubricant in a direction toward a downstream end of the main channel; and at least one outlet being formed at the downstream end of the main channel, wherein the main channel is configured to accommodate a volume of liquid received from the pressurized lubrication distribution manifold via the at least one liquid lubrication inlet, and wherein the liquid is pressurized while in the pressurized lubrication distribution manifold via pressure supplied by a liquid lubrication source.