MGM Machinery

CNC DRILLING MACHINES

AES SIRIUS
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AES GO
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WHAT DO MGM OFFER?

Here at MGM Machinery, we offer top of the line CNC drilling machine which can be custom-made just for you.

AES Go! Series – for serial and effective applications, this is a one-of-a-kind solution.

GO! can conduct precise, fast drilling and routing applications on 5 surfaces of the panel with its unique structure. Other than drilling, GO! may be used in a variety of applications thanks to its routing motor and automatic tool replacement choices. As a result of its effective use, you will be able to increase your production efficiency.

AES Sirius Series – is designed for the woodworking industry. All CNC drilling of wood is carried out chronically and precisely by the model. With the milling motor attachment, it can also be utilized for cutting and machining tasks. It has an automatic tool changing unit that enables for flexible production.

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WHAT IS CNC MACHINERY?

First things first, what is the acronym for CNC? Well, CNC is Computer Numerical Control meaning a computer program controls the operation of a machine but what does cnc machinery mean? Well, it’s a production process wherein factory tools and machinery are moved according to pre-programmed computer software. From grinders and lathes to mills and CNC routers, the procedure may be utilized to manage a wide range of complex equipment. Three-dimensional cutting tasks can be completed in a single set of instructions with CNC machining.

The CNC machinery unit technique overcomes and exceeds the constraints of manual control, which requires live operators to prompt and guide milling tool commands via levers, buttons, and wheels. A CNC machinery unit system may appear to the casual observer to be a standard set of computer components, but the software programs and consoles used in CNC machining set it apart from all other forms of computation.

When a CNC machinery unit is turned on, the required cuts are programmed into software and dictated to matching tools and machinery, which, much like a robot, carry out the dimensional tasks as stated.

In CNC programming, the numerical system’s code generator typically believes that mechanisms are faultless, despite the risk of errors, which is increased when a CNC machinery unit is ordered to cut in more than one direction at the same time. A set of inputs known as the part program determines where a tool is placed in a numerical control system.

Punch cards are used to submit programs into a numerical control system. CNC machine programs, on the other hand, are loaded into computers via small keyboards. CNC programming is recorded in the computer’s memory. Programmers are the ones who write and edit the code. As a result, CNC systems offer far greater processing capacity. Best of all, CNC systems are far from stable, as newer prompts can be added to current programs by changing the code.

 

WHAT IS CNC MACHINE AND ITS TYPES?

The first numerical control devices come from the 1940s, when motors were used to control the movement of pre-existing tools for the first time. As technology evolved, analog computers and, later, digital computers were added to the machinery, resulting in the creation of CNC machinery units.

The great majority of CNC arsenals nowadays are entirely electronic. Ultrasonic welding, hole-punching, and laser cutting are some of the more frequent CNC-controlled procedures.

 

WHAT IS A CNC DRILLING MACHINE?

Drilling is a cutting technique that involves moving the cutter, matching the cutter centre with the hole center, and rotating the cutter while the workpiece remains unaffected. Using CNC drilling machines, such as CNC milling machines and lathes, is the most common method. CNC drilling creates round holes, which are commonly used for machine screws and bolts. Drilling can work with metals, hard plastics, wood, and most other rigid materials to create CNC drilling parts. These drill presses are among the various types of drilling equipment available for CNC: upright, bench, and radial. When CNC drilling machine is used, the following steps are followed:

  1. The computer-aided design (CAD) or computer-aided manufacturing (CAM) file is uploaded and accessed by the operator.
  2. The operator secures the selected material on the table and installs the suitable drill bit.
  3. The drilling procedure is started by the operator using the control panel or interface.
  4. As the spindle descends, it drills the required hole sizes and diameters.

 

WHAT IS CNC MACHINERY USED FOR?

Is running a CNC machine hard, you may ask? Companies use CNC machines to produce extremely detailed cuts out of metal components for industrial hardware goods. Frequent pieces of machinery are utilized in CNC manufacturing to generate highly detailed and accurate CNC products, in addition to the aforementioned machines. Steel aerospace parts, metal automotive components, wooden decorations, and plastic consumer goods items are among the most typical products manufactured by what CNC machines use.

Here are a few unique pieces that CNC machinery units can do:

  • Glass cutting
  • Wood Routers
  • Machines that bend wire
  • Cutters with Laser
  • Three dimensional printers
  • Cylinder grinders

 

CNC MACHINE MAINTENANCE

Compared to the other aspects of running a successful machine shop, CNC machine maintenance may appear to be a tedious chore. When a machine breaks down, it can cost a business owner thousands of dollars in lost income as well as the expense of repairing the unit. Missed CNC machine maintenance can be annoying in those moments of frustration. Breakdowns are inevitable when there are a lot of mechanical moving parts and high-tech components. A simple, regular checklist and a long-term preventative plan, on the other hand, can help to lessen the chance of costly stoppages.

Here is basic day to day chores you can do to avoid any mishaps with your CNC machinery unit:

  • Examine the fluids.

Fluid levels in CNC machinery units, such as lubricant and hydraulic fluid, must be perfectly adequate. Working with your machines on a regular basis will give you a solid idea of how often the fluids need to be replaced. Have your machines checked if they start to use fluid at a quicker pace. Excessive fluid consumption can signal a concern.

  • Lather on some grease

Grease is the lubricant that keeps all of the moving and grooving parts in motion. Although not all machine shops inspect grease points on a daily basis, we recommend that you look for dry patches on all moving components. A small squirt of grease can go a long way toward decreasing wear.

  • Keep it looking brand new

Wipe down all surfaces to remove the store filth and add a little shine. Wiping down the machine daily will help prevent smaller metal shavings from gathering in locations that are prone to damage, such as the way the lid seals.

However, if you are planning to do a thorough spring cleaning on the CNC machinery you use, here are a few tips on hand:

  1. Confirm that the machine tool’s enclosure is clean and that any chips have been removed from beneath the way covers and the ball screw area. Basically, do a thorough cleaning of the entire enclosure!
  2. Check that all lubricants are in good working order and are at normal levels.
  3. Make precise adjustments to the automatic tool changer (if required) so that it continues to change tools without snagging or jamming.
  4. Complete a thorough inspection of the spindle and drivetrain to guarantee there are no pollutants that could shorten the spindle’s life.
  5. To avoid unnecessary or untimely downtime and to avoid compromising a part during cutting operations, inspect spindle belts for tension, oil, chips, and wear.
  6. A ball bar test should be conducted to make sure that the machine’s planes are round and aligned.