Author: Meccanica TMG

How has Precision Mechanics been applied in the industry?

Posted on by Meccanica TMG

Precision mechanics (also known as “fine mechanics”) is an engineering subject that talks about the design and building of smaller precision machines, often made up of measuring and controlling apparatus of different types.

Precision Mechanics has been used in some of the sectors of development. For example in industrial sector, business areas and home heating, ventilation and air-conditioning models, installation and service in and around the busy commercial centers and so on and so forth . The main partners of Precision Mechanical have for many years, about 45 years, brought together experience working in the HVAC (Heating Ventilation and Air-Conditioning) industry. Work has been done both as a partner and as the main contractor for a huge number of projects differing both in size and detail of work.

Some of the applications of Precision Mechanic services include:

  • Used for central heating system
  • Used in climate control appliances
  • Used in the milling of stainless steel
  • Used in production of plastics
  • Used in temperature controls
  • Used in medical ultrasound
  • Used in ventilation systems
  • Used in milling machining
  • Used in glass processing and manufacturing
  • Mechanical system design
  • Used in processing of metal alloys such as Hastelloy and other metals such as cobalt and aluminium
  • Used in generating geothermal power
  • Used in construction of solar Panels
  • Processing of ceramics

Why are CNC Machining Services better?

Posted on by Meccanica TMG

Manufacturing used to be very manual and analog. But due to change of times in technology, it seems like everything is moving towards a digital era. For those die-hard mechanical fans, it may be a bit hard to change and get used to the current wave, but it is always advisable to move forward as things get better and simplified.

CNC Machining is basically the process used in the manufacturing industry whereby machines controlled by computer programs are used to design and make other machine tools. CNC, the acronym for Computer Numerical Control, is the software responsible for collecting data, robotize information and take action according to how it was programmed to.

The computer usually operates on a CAM program. Computer Aided Manufacturing (CAM), is what is used to create the code for the control of the CNC machine. You simply type in your code and adjustments, and simply let the computer and the machine sync and do the work for you.

Due to the machine’s capability of moving through different axes, (x, y and z), linear and rotatory, it is responsible for drilling, cutting, levelling, boring, profiling, shafting amongst other many activities. The CAM software operates on a 3D based computer prototype or model and it is important to understand that the CNC machine does not run under CAM, CAM is just creates the code or acts as the programmer for the computer to follow.

Why are CNC Machining Services better?

Posted on by Meccanica TMG

Manufacturing used to be very manual and analog. But due to change of times in technology, it seems like everything is moving towards a digital era. For those die-hard mechanical fans, it may be a bit hard to change and get used to the current wave, but it is always advisable to move forward as things get better and simplified.

CNC Machining is basically the process used in the manufacturing industry whereby machines controlled by computer programs are used to design and make other machine tools. CNC, the acronym for Computer Numerical Control, is the software responsible for collecting data, robotize information and take action according to how it was programmed to.

The computer usually operates on a CAM program. Computer Aided Manufacturing (CAM), is what is used to create the code for the control of the CNC machine. You simply type in your code and adjustments, and simply let the computer and the machine sync and do the work for you.

Due to the machine’s capability of moving through different axes, (x, y and z), linear and rotatory, it is responsible for drilling, cutting, levelling, boring, profiling, shafting amongst other many activities. The CAM software operates on a 3D based computer prototype or model and it is important to understand that the CNC machine does not run under CAM, CAM is just creates the code or acts as the programmer for the computer to follow.