5 Axis CNC Woodworking Center Daily Maintenance Precautions

At present, the application of more extensive wood processing center, its processing flexibility, high precision, high production efficiency, has many advantages. But because technology becomes more advanced and complex, demanding high quality of maintenance personnel, asking them to have deep professional knowledge and rich experience in the maintenance, 5 axis cnc woodworking center for proper operation and maintenance of the proper use of woodworking machining centers is one of the key factors. Proper operation and use can prevent abnormal wear of the machine and avoid sudden failure; do routine maintenance, enables the device to maintain a good technical condition, slow down the aging process, to discover and eliminate the potential faults to ensure safe operation. Next, Jinan IGOLDENCNC will share with you a few things about Woodworking Centre routine maintenance that need attention:

1 Schedule maintenance according to equipment usage. Although some machines prompt the operator to perform certain maintenance tasks, waiting until this happens can interfere with production. If tasks are scheduled in advance, they’re less likely to be postponed or forgotten. The more you use a machine, the more abuse it takes, so plan machine maintenance frequencies accordingly. If you run a small edgebander eight hours a day, a maintenance schedule of once every six months is probably adequate for that machine. But if you’re running three shifts on the same machine, you might need to perform maintenance tasks on it once every three months or even more frequently if you don’t have a qualified maintenance crew.

2 Ensure that the preventive maintenance tasks being performed are beneficial to the equipment. Greasing the rack and pinion of a beam saw, for instance, can cause grease and saw dust to solidify inside the gears over time, eventually preventing them from moving. If you’re unsure which tasks are beneficial to each piece of equipment, ask your equipment representative.

3 Ensure that the preventive maintenance tasks being performed are beneficial to the equipment. Greasing the rack and pinion of a beam saw, for instance, can cause grease and saw dust to solidify inside the gears over time, eventually preventing them from moving. If you’re unsure which tasks are beneficial to each piece of equipment, ask your equipment representative.

4 Buy spare parts before they’re needed. Ask your equipment provider for a recommended spare parts list. You need not buy everything on the list, but when service technicians are in your plant, ask what they recommend that you keep in your plant. The most needed parts usually can be purchased inexpensively, minimizing downtime when they’re needed.

5 Let employees learn from equipment service personnel. When a technician is working on a machine, have appropriate personnel watch and ask questions. After a few visits with a service tech, your operator may be able to troubleshoot, fix simple problems, and know when to call for expert help. The technician can tell you which preventive maintenance procedures your operator may be competent to perform.

6 Document service visits. When you schedule a maintenance visit with an equipment manufacturer, make sure that the service tech will record the inspection. It’s important to document not only the date of service, but also what parts of the machine have been checked and what service was performed. Have the rep provide a copy of the inspection record. This checklist will function as a record to the manufacturer and will help you identify items your employees should be inspecting on their own.

What should you do before using woodworking machines?

Woodworking tools can be dangerous if not used properly.

Only use woodworking center wood that you have been trained to use properly and safely.

Read the owner's manual carefully.

Make sure you understand instructions before attempting to use any tool or machine. Ask questions if you have any doubts about doing the work safely.

A CNC wood router machine is composed of bed frame, spindles, vacuum table or T-slot table, CNC controller, CNC operating system, CNC software, gantry, driver, motor, vacuum pump, guide rail, pinion, rack, ball screw, collet, limit switch, power supply, and more CNC parts & accessories.