Numerical control lathe is a high-precision and high-efficiency automated machine tool. Using numerical control lathe, the machining effect can be improved and more value can be created. The emergence of numerical control lathe has enabled enterprises to get rid of their backward machining technology. Although the machining technology of numerical control lathe is similar to that of ordinary lathe, it can continuously and automatically complete all turning projects because it is a clamp. ideo secundum aspectum attention oportet.

1 , Reasonably choose cutting parameters

Methus effectus sequitur tres elementos: materia machinata, instrumenta sequitur, et conditiones sequitur. Haec tempus processationis, vita instrumentorum et qualitatem processationis determinant. Methodus economically effective processing inevitably selects cutting conditions reasonably.

Tres elementi conditionum secendi: velocitatem secendi, velocitatem pascuae, et profunditatem secendi potest directo detrimere instrumentum. Cum crescere velocitatis, temperatura extinguentis crescet, resultat in mechanica, chemical, and thermal wear. Quando velocitas sectionis a 20%, anima instrumenti diminuetur a dimidio.

Relatio inter conditiones pascuae et instrumentum germinatur in minimo intervalo. However, with a large feed rate and increase in cutting temperature, there will be significant wear in the later stages. Velocitate cutationis minus implevit quam instrumentum. Quamquam velocitas et fertilis non significantur, si profunditate micro succidentur ad succidendum utilizatur, materia succidentur layer difficile, quod etiam efficiet longitudinem vitae instrumenti.

Users choose the cutting speed based on the material being processed, hardness, cutting state, type of material, feed rate, cutting in, etc.

Seleccio adequatorum conditionum processionis super haec factores est. Conditio ideala vitae attingere per stabilem vestimentum et lacrimam regularum est.

However, in practical work, the choice of tool life is related to tool wear, changes in machining dimensions, surface quality, cutting noise, machining heat, etc. Cum conditionibus processionis decipiant, necesse est arguere based on the actual situation. Difficile ad machinas materiae, quasi steel stainless et calore resistentes, frigidae et rigidis maculae utili potest.

2,Reasonable selection of cutting tools

In case of rough turning, choose cutting tools with high strength and good durability. In case of rough turning, meet the requirements of large back cutting edge and large feed capacity.

Ut machina precision utilizat, ut accuracionem machinae necessitatis assegurat, opus est instrumentos cum alta precision et bona durabilitate eligere.

Ut tempore replacionis breviare et cultro utilizat, necesse est pliers et pliers quam possibilis utilizat.

3,Reasonably choose fixtures

1. Proicite ut universas fixturas elegere ut opera particula tenent et non utilizat specializata fixtura.

2. Aligne optimis positionis componentium ut errores positionis reducant.

Determine route processionis

Percursus machinae refert ad trajectorium motionis et direction instrumenti in componentibus dum procedura machinae instrumenti digitalis controlaris.

1. It should meet the requirements of machining accuracy and surface roughness;

2. Rutus processionis quam maxime possibilis breviabitur ut tempus vacuum viae instrumenti redderet.

The relationship between processing route and machining allowance

Hodie, sub conditione quod disci rotari digiti nondum amplius utili sunt, excess caerulea generis aditur, sublime quando remansi sunt quanta, inclusive fabricata et difficile layers, in discis rotariis normalis processi sunt. Si oportet in disco rotario digito procedere, attention ad configurationem flexibilis production is programmae debet.