A wheeled saw support apparatus for creating horizontal cuts in drywall and other vertical surfaces includes a base platform and a plurality of wheels is coupled to a base bottom side. A pair of side supports is coupled to a base top side adjacent a base front side. The pair of side supports comprises a left side support and a right side support coupled adjacent a base left side and a base right side, respectively. A pair of crossbars is coupled to the pair of side supports with each crossbar extending between a support inner side of each side support. A plurality of mounting clamps is coupled to the pair of crossbars. The plurality of mounting clamps secures a circular saw to the pair of crossbars.

A wheeled saw support apparatus for creating horizontal cuts in drywall and other vertical surfaces includes a base platform and a plurality of wheels is coupled to a base bottom side. A pair of side supports is coupled to a base top side adjacent a base front side. The pair of side supports comprises a left side support and a right side support coupled adjacent a base left side and a base right side, respectively. A pair of crossbars is coupled to the pair of side supports with each crossbar extending between a support inner side of each side support. A plurality of mounting clamps is coupled to the pair of crossbars. The plurality of mounting clamps secures a circular saw to the pair of crossbars.

A foldable miter saw with safety device includes a base unit having a working surface and an axial holder, and a cutting unit including a rotating member, a blade, a driving unit and a safety assembly that has a safety switch and a safety member. When the safety switch is not operated, the driving unit cannot drive the blade to rotate. During the period when the rotating member rotates to drive the blade from a working position to a folded position, a free end of the safety member can be rotated downward under the action of gravity, so that the safety member can rotate to an anti-touch position where the free end is relatively close to the safety switch so that the safety switch cannot be operated, and the driving unit cannot drive the blade to rotate, which can avoid accidentally touching the blade to rotate.

A foldable miter saw with safety device includes a base unit having a working surface and an axial holder, and a cutting unit including a rotating member, a blade, a driving unit and a safety assembly that has a safety switch and a safety member. When the safety switch is not operated, the driving unit cannot drive the blade to rotate. During the period when the rotating member rotates to drive the blade from a working position to a folded position, a free end of the safety member can be rotated downward under the action of gravity, so that the safety member can rotate to an anti-touch position where the free end is relatively close to the safety switch so that the safety switch cannot be operated, and the driving unit cannot drive the blade to rotate, which can avoid accidentally touching the blade to rotate.

A cutting machine with clamp assembly includes a saw blade, a worktable, and a clamp assembly. The worktable is adjacent to the saw blade and can move along a processing axis relative to the saw blade. The worktable includes a tabletop facing the saw blade, a processing area set on the tabletop and extending along the processing axis and corresponding to the saw blade, and a chute recessed on the tabletop and extending in the direction of the processing area. The clamp assembly can be operated to move along the chute. The present invention uses the clamp assembly to firmly press against the workpiece, thereby assisting the positioning of the workpiece and ensuring the safety of the user.

A foldable tile saw suitable includes a base unit including a seat body and a water tank, a connecting unit including a connecting arm having a first section and a second section, and a saw unit including a saw blade seat and a saw blade. The connecting arm can rotate between an approaching position and a distant position relative to the water tank around a first axial line to generate positioning. The saw blade seat has a connecting portion and a cutting portion. The saw blade seat can rotate between a cutting position and a folded position around a second axial line relative to the water tank and generate positioning. As long as the connecting arm is rotated to the approaching position, and the saw blade seat is rotated to the folded position, the cutting portion can be approached to the water tank, so the storage space can be effectively reduced.

A machine tool, for machining workpieces (W) using a working tool (36), wherein the machine tool (10) includes a machine base (11) for setting down on a ground surface and a drive assembly (30) arranged thereon with a drive motor (32) and a tool receptacle (31) drivable by the drive motor (32) for the working tool (36), wherein the machine base (11) has a support surface (14, 17) for supporting the workpiece (W) and includes at least one side contact body (40, 41) with a side contact surface (42), which is at an angle to the support surface (14, 17), and extends along a longitudinal axis (L), and wherein the machine tool (10) includes at least one abutment body (70, 170) with an abutment surface (79), which can be fixed opposite the support surface (14, 17) by means of a holding device (60) on the machine tool (10), so that the workpiece (W) for machining by the working tool (36) is supported adjacent to the side contact surface (42) sandwiched between the support surface (14, 17) and the abutment surface (79).

A machine tool, for machining workpieces (W) using a working tool (36), wherein the machine tool (10) includes a machine base (11) for setting down on a ground surface and a drive assembly (30) arranged thereon with a drive motor (32) and a tool receptacle (31) drivable by the drive motor (32) for the working tool (36), wherein the machine base (11) has a support surface (14, 17) for supporting the workpiece (W) and includes at least one side contact body (40, 41) with a side contact surface (42), which is at an angle to the support surface (14, 17), and extends along a longitudinal axis (L), and wherein the machine tool (10) includes at least one abutment body (70, 170) with an abutment surface (79), which can be fixed opposite the support surface (14, 17) by means of a holding device (60) on the machine tool (10), so that the workpiece (W) for machining by the working tool (36) is supported adjacent to the side contact surface (42) sandwiched between the support surface (14, 17) and the abutment surface (79).

A folding stand with a pivoting securing mechanism to secure an object to the stand is disclosed. The stand may include two rails in the same horizontal plane and a securing mechanism that pivots about an axis which is perpendicular to that horizontal plane. The securing mechanism may be positionable in a locked and an unlocked position. The securing mechanism may include one or more arms that extends over a portion of the object in the locked position.

A cutting device includes a base, an operation bench, and a cutting mechanism. The base includes a fluid cavity for containing a fluid. The operation bench is disposed on the base. The cutting mechanism includes a driving member and a cutting member. The driving member drives the cutting member to rotate. The cutting member at least partially protrudes from and passes through the operation bench. The cutting device includes a fluid control mechanism including a radial flow guiding member. The radial flow guiding member is disposed in the fluid cavity and includes at least a flow guiding surface disposed around a periphery of the cutting member. The fluid is capable of flowing along a surface of the flow guiding surface and the flow guiding surface is inclined or curved with respect to a bottom wall of the fluid cavity.