A tool comprising of adjustable parts used in conjunction with a thickness planer to surface a face of a solid wood board flat.

The present disclosure provides an apparatus, method and kit to flatten wide boards with an apparatus. The apparatus comprises two sets of rails, one set spanning laterally and the second set spanning longitudinally. The second set of rails is operative to move along the first set of rails by use of short members attached to the second set that interface with the first set of rails. Then, a carriage is operative to sit on top of the second set of rails and move along them. This is done by the carriage arms engaged on the second set of rails.

The present disclosure provides an apparatus, method and kit to flatten wide boards with an apparatus. The apparatus comprises two sets of rails, one set spanning laterally and the second set spanning longitudinally. The second set of rails is operative to move along the first set of rails by use of short members attached to the second set that interface with the first set of rails. Then, a carriage is operative to sit on top of the second set of rails and move along them. This is done by the carriage arms engaged on the second set of rails.

The present disclosure provides an apparatus, method and kit to flatten wide boards with an apparatus. The apparatus comprises two sets of rails, one set spanning laterally and the second set spanning longitudinally. The second set of rails is operative to move along the first set of rails by use of short members attached to the second set that interface with the first set of rails. Then, a carriage is operative to sit on top of the second set of rails and move along them. This is done by the carriage arms engaged on the second set of rails.

The present disclosure provides an apparatus, method and kit to flatten wide boards with an apparatus. The apparatus comprises two sets of rails, one set spanning laterally and the second set spanning longitudinally. The second set of rails is operative to move along the first set of rails by use of short members attached to the second set that interface with the first set of rails. Then, a carriage is operative to sit on top of the second set of rails and move along them. This is done by the carriage arms engaged on the second set of rails.

A thickness planer has a housing, a motor housed in the housing, a controller having a control board configured to control driving of the motor, at least one intake port provided in the housing, at least one outlet port provided in the housing, an air flow passage that is provided within the housing and configured such that air taken in from the at least one intake port flows therethrough toward the at least one outlet port via the motor , and a fan that is configured to generate flow of air from the at least one intake port to the at least one outlet port through the air flow passage. A particular region of the controller is arranged on the air flow passage.

A thickness planer has a housing, a motor housed in the housing, a controller having a control board configured to control driving of the motor, at least one intake port provided in the housing, at least one outlet port provided in the housing, an air flow passage that is provided within the housing and configured such that air taken in from the at least one intake port flows therethrough toward the at least one outlet port via the motor , and a fan that is configured to generate flow of air from the at least one intake port to the at least one outlet port through the air flow passage. A particular region of the controller is arranged on the air flow passage.

A thickness planer includes a motor, a planing part, a placing part, a feeding part, and a battery pack mounting unit. The planing part is configured to be driven by the motor and plane a workpiece. A workpiece is placeable on the placing part. The feeding part is configured to feed the workpiece placed on the placing part to the planing part. A battery pack for supplying power to the motor is attachable to the battery pack mounting unit.

An adjustable multi-section blade structure for an automatic planer includes a cutter shaft, a plurality of cutter holders, a plurality of cutters, and a blade calibration tool. The cutter shaft is a long cylinder. The cutter shaft has an outer annular surface and an axis. The cutter holders are arranged at substantially equiangular intervals around the outer annular surface of the cutter shaft. The cutter holders each have a fixing surface, a bearing surface, and an arcuate groove. The cutters are spaced apart from each other and disposed on the fixing surface. In addition to reducing the cutting load, the precision of the blade can be calibrated through the blade calibration tool to achieve an energy-saving effect.

An adjustable multi-section blade structure for an automatic planer includes a cutter shaft, a plurality of cutter holders, a plurality of cutters, and a blade calibration tool. The cutter shaft is a long cylinder. The cutter shaft has an outer annular surface and an axis. The cutter holders are arranged at substantially equiangular intervals around the outer annular surface of the cutter shaft. The cutter holders each have a fixing surface, a bearing surface, and an arcuate groove. The cutters are spaced apart from each other and disposed on the fixing surface. In addition to reducing the cutting load, the precision of the blade can be calibrated through the blade calibration tool to achieve an energy-saving effect.