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A thermal cutter for cutting with heat a board mounted upon a table having an internal space includes a plurality of walls and a sound absorbent material. The walls are disposed in the internal space of the table to partition a plurality of exhaust chambers with each of the exhaust chambers having a

A thermal cutter for cutting with heat a board mounted upon a table having an internal space includes a plurality of walls and a sound absorbent material. The walls are disposed in the internal space of the table to partition a plurality of exhaust chambers with each of the exhaust chambers having an aperture that opens towards a side on which the board is mounted. The sound absorbent material is provided to at least a portion of at least one of the walls, the sound absorbent material being removably coupled to the table.

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1. A thermal cutter for cutting a board with heat, the thermal cutter comprising: a table on which the board is mounted;a cutting head configured and arranged to cut the board;a first axis shift unit movably supporting the cutting head to shift along a first axial direction parallel to a mounting su

1. A thermal cutter for cutting a board with heat, the thermal cutter comprising: a table on which the board is mounted;a cutting head configured and arranged to cut the board;a first axis shift unit movably supporting the cutting head to shift along a first axial direction parallel to a mounting surface of the table on which the board is mounted;a second axis shift unit movably supporting the first axis shift unit to shift with respect to the table along a second axial direction orthogonal to the first axial direction and parallel to the mounting surface;a cover unit coupled to the second axis shift unit and moveable together with the second axis shift unit in the second axial direction, the cover unit including a front cover portion and a rear cover portion, the cover unit at least partially defining a shiftable space within which the cutting head is disposed during cutting, the shiftable space extending approximately over an entire shiftable range of the cutting head in the first axial direction, the front cover portion of the cover unit including a first cover plate and a second cover plate, the second cover plate being disposed below the first cover plate and pivotally connected to the first cover plate via a hinge;a plurality of walls disposed in an internal space of the table to partition the internal space into a plurality of exhaust chambers with each of the exhaust chambers having an aperture that opens towards a side on which the board is mounted;a sound absorbent material provided to at least a portion of at least one of the walls, the sound absorbent material being removably coupled to the table; andan air flow creating section configured and arranged to create an air flow within the exhaust chambers;the walls including a front wall having an exhaust aperture and a side wall extending in a direction approximately orthogonal to the front wall with the air flow creating section being configured and arranged to create the air flow in a direction approximately parallel to the side wall towards the front wall, andthe sound absorbent material being provided at least to the side wall. 2. The thermal cutter according to claim 1, wherein at least one of the walls is made from the sound absorbent material in its entirety. 3. The thermal cutter according to claim 1, wherein the sound absorbent material includes a non-flammable or heat resistant material. 4. The thermal cutter according to claim 1, wherein the cutting head is configured and arranged to generate heat in the board,the sound absorbent material is provided in an area in which a heat releasing medium from the cutting head does not directly come into contact with the sound absorbent material. 5. The thermal cutter according to claim 1, wherein the cutting head is configured and arranged to generate heat in the board, anda shield unit is provided to shield the sound absorbent material so that a heat releasing medium from the cutting head does not directly come into contact with the sound absorbent material. 6. The thermal cutter according to claim 1, wherein, the cover unit further includes an upper cover portion that covers over the space extending approximately over the entire shiftable range of the cutting head during cutting along the first axial direction from above. 7. The thermal cutter according to claim 1, wherein the exhaust chambers are arranged along the second axial direction, and a length in the first axial direction of the cover unit is greater than or equal to a length of the exhaust chambers in the first axial direction. 8. The thermal cutter according to claim 7, wherein the cover unit is dimensioned to cover over approximately an entire upper portion of at least one of the exhaust chambers. 9. The thermal cutter according to claim 6, wherein the cutting head is inserted into the space through the upper cover portion,the upper cover portion includes the first upper cover portion covering over from above a first portion of the space disposed on one side of the cutting head along the first axial direction, and the second upper cover portion covering over from above a second portion of the space disposed on the other side of the cutting head along the first axial direction, andthe first upper cover portion and the second upper cover portion are configured and arranged to expand and contract as the cutting head shifts along the first axial direction. 10. The thermal cutter according to claim 6, wherein the second axis shift unit includes an arm portion extending along the first axial direction,the front cover portion and the rear cover portion have lower edges disposed adjacent to or contacting a surface of the board when the board is mounted on the mounting surface, andeach of the front cover portion and the rear cover portion is suspended from the arm portion to swingably move in the second axial direction with respect to the arm portion with each of the front cover portion and the rear cover portion being configured and arranged to flex in the second axial direction. 11. A thermal cutter for cutting a board with heat, the thermal cutter comprising: a table on which the board is mounted;a cutting head configured and arranged to cut the board;a first axis shift unit moveably supporting the cutting head to shift along a first axial direction parallel to a mounting surface of the table on which the board is mounted;a second axis shift unit moveably supporting the first axis shift unit to shift with respect to the table along a second axial direction orthogonal to the first axial direction and parallel to the mounting surface;a cover unit coupled to the second axis shift unit and moveable together with the second axis shift unit in the second axial direction, the cover unit including a front cover portion and a rear cover portion, the cover unit at least partially defining a shiftable space within which the cutting head is disposed during cutting, the shiftable space extending approximately over an entire shiftable range of the cutting head in the first axial direction, the front cover portion of the cover unit including a support member, a curtain-shaped member hanging from the support member, and a drive mechanism configured to vertically move the support member;a plurality of walls disposed in an internal space of the table to partition the internal space into a plurality of exhaust chambers with each of the exhaust chambers having an aperture that opens towards a side on which the board is mounted;a sound absorbent material provided to at least a portion of at least one of the walls, the sound absorbent material being removably coupled to the table; andan air flow creating section configured and arranged to create an air flow within the exhaust chambers;the walls including a front wall having an exhaust aperture and a side wall extending in a direction approximately orthogonal to the front wall with the air flow creating section being configured and arranged to create the air flow in a direction approximately parallel to the side wall towards the front wall, andthe sound absorbent material being provided at least to the side wall. 12. The thermal cutter according to claim 11, wherein the cover unit further includes an upper cover portion that covers the space from above. 13. The thermal cutter according to claim 12, wherein the first axis shift unit is arranged outside of the cover unit. 14. The thermal cutter according to claim 1, wherein the second axis shift unit has an arm extending along the first axial direction with the arm shiftably supporting the first axis shift unit along the arm,the cutting head is positioned on a predetermined side in the second axial direction with respect to the arm. 15. The thermal cutter according to claim 1, wherein the first cover plate includes a transparent window unit. 16. The thermal cutter according to claim 1, wherein the second cover plate includes a transparent window unit. 17. The thermal cutter according to claim 1, wherein the front cover portion further includes a lower edge plate portion connected to a lower edge of the second cover plate, the lower edge plate portion having a curved surface. 18. The thermal cutter according to claim 11, further comprising a controller configured to control the drive mechanism to control opening and closing operation of the front cover portion. 19. The thermal cutter according to claim 18, wherein the controller is configured to control the drive mechanism to maintain the front cover portion in a closed state during execution of thermal cutting by the cutting head. 20. The thermal cutter according to claim 18, wherein the controller is configured to control the drive mechanism according to operation of a button of the controller by a user.