OSP-200M Okuma
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
The Okuma OSP-200M is part of the OSP CNC Monitors series and supports a spindle speed ceiling of 65535 min-1, a feedrate ceiling of 24000.0 mm/min, and an arc radius limit of 99999.999 mm. The monitor can handle up to 9999 tool numbers, 32 home positions, and 126 subprograms, with a block character limit of 158 characters per block.
Internal Product Review
The OSP-200M is an Okuma CNC monitor with an impressive 24000.0 mm/min feedrate ceiling and 65535 min-1 spindle speed ceiling. Programming capacity is strong, with support for 126 subprograms and 65 library programs. A highly capable monitor for machining applications that demand speed, structure, and efficient control.
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Product Description:
The OSP-200M monitor is produced by Okuma within the OSP CNC Monitors series. It functions as the human-machine interface for Okuma numerical control systems. The display provides program visualization, editing functions, and real-time status data for industrial machining operations.
Program execution speed can reach a feed rate ceiling of 24000.0 mm/min, allowing high-speed contouring on milling or turning centers. Spindle commands are accepted up to 65535 rpm, giving the control headroom for high-speed cutting tools. Each program block may contain up to 158 characters, which limits how much motion or auxiliary data can be placed in a single sequence line. The tool management table recognizes tool numbers up to 9999, supporting large magazine installations. Dwell instructions can be set as long as 99999.999 s, enabling extended in-cycle pauses for thermal stabilization or metrology. In addition, the monitor stores 32 home positions that the axes can reference automatically, holds 65 library programs for quick recall, and supports 126 nested subprograms for modular code organization.
Complex interpolation routines are supported by an arc radius limit of 99999.999 mm, so the control can describe very large circular paths without segment approximation. Rotary motion is bounded by a ceiling of 360.0000 degrees, which matches a full revolution on an indexing axis. For threading cycles, feed-per-revolution commands may reach 500.000 mm/rev, allowing coarse pitches to be produced in a single pass. The control’s G-code catalog extends up to 399, while auxiliary functions run to M code 511, giving programmers broad address space. Operator messages can contain 128 characters, and identifiers remain concise with program names fixed at 4 characters and sequence labels at 5 characters to maintain compatibility with legacy storage devices.
