Abstract: OCT device (1) includes: a signal processor (110) obtaining preview image data corresponding to a volume image with predetermined graininess by a single image capture by measuring subject information in a direction along the optical axis of the laser beam at a preset point interval for two-dimensional scanning; a memory (120); and an instruction receiving means (130). The signal processor (120) obtains pieces of the preview image data by a plurality of image captures with an origin of the two-dimensional scanning shifted by a small interval smaller than the point interval so as to divide the point interval each time a piece of the preview image data is acquired, and generates measurement-image-capture image data by reconstructing pieces of the preview image data obtained by a plurality of image captures and stored in the memory (120) up to a point when an instruction was received.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.

Abstract: A method and apparatus able to quickly and accurately automatically produce machining programs for complicated shapes of products without being affected by the level of knowledge or experience of the operator. A cutting-condition determination processing unit (20) of an automatic programming apparatus (10) specifies required standard cutting condition data from the type of material and the types of processes designated by an input unit (12) in a cutting condition data table (24) stored in a storage unit (18), specifies the tool data corresponding to the types of tools designated by the input unit in the tool data table (26) stored in the storage unit, and determines the cutting conditions relating to the type of material and the tools from the standard cutting condition data and the tool data.