After making significant improvements to its design, today’s CNC rotary tables horizontal have greater capacity for more workload, allowing it to process heavier and larger metal components than before. With its improved power and greater tolerance for more work, the latest models can handle up to 110,000 lbs. of workload capacity.
This is made possible since new versions are now equipped with powerful motors and advanced hydraulics. Its gear and shaft system is also reengineered to reduce friction and improve motor transmission. All these changes are aimed toward having greater operational capacity, improved efficiency, and longer useful life.
What Are Horizontal CNC Rotary Tables
CNC rotary tables horizontal are widely used for metal drilling, boring, or shaping purposes. By modifying its base, one can also use this as an indexer or full-rotating axis. Simply reposition the device accordingly.
The new CNC devices can also handle heavy cutting work since it is equipped with an improved hydraulic brake system that clamps the metal work pieces during operation.
And with its cross-cylindrical roller bearings, CNC machine users can now work with heavier workloads with improved high-rotation accuracy and fewer backlashes.
Why Should You Choose CNC Rotary Tables
CNC stands for computer numerical control. With these controls in place, industries can work with heavier workloads with less human intervention. This makes CNC rotary tables horizontal the ideal tool for large-scale manufacturing.
The most common advantage of working with CNC machines is that it allows continuous operation whole year-round. The device can carry out tasks with less human interference. Simply input the preprogrammed set of tasks into the control panel and the machine will run by itself, producing the desired output.
If the user intends to upgrade the device, one can do so by simply installing new software into the computer control. Users need not purchase new machines or parts to improve the CNC machine’s performance.
It doesn’t take a rocket scientist to operate the device; one can just read the manual or train an operator to man the controls. Forget having a skilled engineer to do this simple task.
In addition, you don’t need to hire a staff to operate the machine. A single operator will suffice. In fact, all he has to do is input the necessary command parameters into the control panel and let the machine perform its functions thereafter.
Maintenance and Upkeep
Daily upkeep is necessary to maintain the machine’s optimum condition. Observe a maintenance schedule to check for anomalies and address any irregularity thereafter. Cleaning and lubrication after every use is also important to prevent rust formation.
Every six months, users may have to disassemble the machine and clean and lubricate its interior to reduce the likelihood of deterioration of the gear and shaft system.
Experts stress the necessity of after-use cleaning to reduce wear and tear. It is advisable to remove the chips and debris to maintain the operability and precision of CNC devices. Use a brush or clean rag for cleaning; don’t use compressed air.
Prevent rust and corrosion by applying machine oil on the vital components. Also, check for surface scratches or dents on the machine, which could cause mutilation on the work pieces. Any oddity can also affect the machine’s precision, operability, and efficiency.
Regular maintenance is also required to reduce bodily injuries on the user. There may be debris or fragments that could fly away and hurt the user. Accordingly, prompt repair should be made once irregularities are detected.
Looking for the best way to improve your shop’s performance? Learn more about the wide range of rotary tables at CNC Indexing & Feeding Technologies today.
