KYOKUTOH CVC4
This chip collector can be used with a dresser manufactured by Kyokutoh to efficiently collect the chips generated during dresser operation. The CVC4 is compatible with various dresser models, including CD-D-F, CDK-R, CD-SVR, and CDK-BAYO.
To ensure optimal performance, refer to the dresser's supported gun insertion procedure and dimensions when assembling the CVC4. The CVC4's design accommodates different gun insertion directions and angles to match specific dresser models.
Once assembled, connect the CVC4 to an air source with a pressure of 0.5 MPa or more, ensuring a sufficient supply for effective suction. Monitor the chip receiving section (DB-01) and empty it when necessary to prevent clogging and maintain suction efficiency.
KYOKUTOH CVC4
This chip collector can be used with a dresser manufactured by Kyokutoh to efficiently collect the chips generated during dresser operation. The CVC4 is compatible with various dresser models, including CD-D-F, CDK-R, CD-SVR, and CDK-BAYO.
To ensure optimal performance, refer to the dresser's supported gun insertion procedure and dimensions when assembling the CVC4. The CVC4's design accommodates different gun insertion directions and angles to match specific dresser models.
Once assembled, connect the CVC4 to an air source with a pressure of 0.5 MPa or more, ensuring a sufficient supply for effective suction. Monitor the chip receiving section (DB-01) and empty it when necessary to prevent clogging and maintain suction efficiency.
KYOKUTOH CVC4
This chip collector can be used with a dresser manufactured by Kyokutoh to efficiently collect the chips generated during dresser operation. The CVC4 is compatible with various dresser models, including CD-D-F, CDK-R, CD-SVR, and CDK-BAYO.
To ensure optimal performance, refer to the dresser's supported gun insertion procedure and dimensions when assembling the CVC4. The CVC4's design accommodates different gun insertion directions and angles to match specific dresser models.
Once assembled, connect the CVC4 to an air source with a pressure of 0.5 MPa or more, ensuring a sufficient supply for effective suction. Monitor the chip receiving section (DB-01) and empty it when necessary to prevent clogging and maintain suction efficiency.
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