Roll grooving machine usually consists of the following parts:
Machine tool body: including bed, column, beam and other support structures, to ensure stability and accuracy during processing.
Spindle and tool system: The spindle drives the rotation of the tool, and the tool system selects the appropriate shape and size of the tool according to the machining needs, such as the milling cutter, drill, etc.
Feed mechanism: Control the speed and depth of tool movement on the roll surface to achieve accurate slotting.
Control systems: including numerical control systems (CNC) or programmable logic controllers (PLCS), which are used to set and adjust machining parameters, monitor machining processes, and automate operations.
Cooling and lubrication system: to ensure the cooling and lubrication of the tool and roll during the processing, extend the service life and improve the processing quality.
Check the functions of the roll grooving machine to ensure that the machine is in good condition.
Select the right tool according to the processing requirements and install it on the spindle.
Install the roll to be processed correctly on the work table and fix it.
Enter the machining program in the CNC system, including the position, size, depth and other parameters of the slot.
Adjust the initial position between the tool and the roll to ensure that the machining start point is accurate.
Adjust feed speed and cutting depth as needed to ensure processing efficiency and quality.
Start the roll grooving machine, and the control system will automatically drive the tool on the roll surface to process according to the predetermined program.
Monitor the machining process, observe the cutting situation, if there is an anomaly should be stopped in time for inspection.
After processing is complete, turn off the machine and wait for the tool and roll to cool down before proceeding to the next step.
Clean the processing site, collect and dispose of waste.
Carry out the necessary inspection and measurement of the roll to ensure that the slot meets the design requirements.
Perform maintenance and maintenance on the machine to prepare it for the next processing.
Capacity (Pipe OD) | Capacity (Pipe THK) | Phase (P) | Ref. No. |
NPS 1″ ~ 6″ | Sch10 & Sch40 | Single | P3101 |
NPS 1″ ~ 6″ | Sch10 & Sch40 | Three | P3103 |
NPS 1″ ~ 8″ | Sch10 & Sch40 | Single | P3111 |
NPS 1″ ~ 8″ | Sch10 & Sch40 | Three | P3113 |
NPS 1″ ~ 12″ | Sch10 & Sch40 | Single | P3121 |
NPS 1″ ~ 12″ | Sch10 & Sch40 | Three | P3123 |
NPS 3/4″ ~ 8″ | Sch10 & Sch40 | – | P3131 |