What is computer numerical control?
CNC is a critical tool in precision machining Toronto. CNC converts the design produced through CAD or computer aided design software to define the parameters that are associated with each machined feature of the part. These parameters include all the critical information from tool diameter and length, depth of cut, tool path geometry and many more. Typically, a tool library will be created as a database of the tools and their parameters. CNC technology allows precision machining Toronto to produce the exact same part every time because once the design has been programmed it is saved in the database and can easily be accessed for future production needs. When there is a need for mass produced machined parts, CNC allows the production of large quantities of identical parts with consistency and precision. With the integration of CNC in machining, the likelihood of errors have been minimized because of the error detection software that informs the operator if something has gone wrong with the operation.
CNC milling machine in precision machining Toronto
Milling is one of the principal machining processes where a cutting tool rotates to bring its cutting edges against a work piece. CNC milling machines play a big role in precision machining Toronto because it allows the machine shop to step up with production without compromising the quality of output. The heavy duty CNC milling machines have the capabilities to work continuously and consistently in carrying out milling operations. Milling tasks are easier to handle because the operator only needs to monitor the machines. In traditional milling, highly skilled personnel are required and the quality of the milled part depends on their expertise. Traditional milling is not suggested for high volume production because of the time consuming process and the costs involved. With CNC milling machines, machine shops enjoy a boost in production and at the same time achieve a dramatic reduction in their operating expenses.
CNC lathe in precision machining Toronto
Turning is a machining process that is carried on a lathe. CNC lathes address the demands of industries for precision and speed because it is fully automated through a computer program. The operator only need to encode the dimensions of a specific product into a software program and the machine will do the job as told. The usual problems in machining that are associated with incorrect dimensions are affectively addressed by CNC lathes. However, CNC lathes require a substantial investment which many machine shops are not prepared to make. But operating costs incurred in CNC lathes are much less than the traditional machines. Apart from making the job easier, more complex parts are accomplished with greater precision. Work that used to be performed using several conventional machines is completed in one setting.