marcatori archivi: parti rotanti
Programming Turning Part Thread on CNC Lathe
Four kinds of standard threads can be turned on the CNC lathe: metric, inch, modular thread and diameter controlled thread. No matter what kind of thread is turning, a strict movement relationship must be maintained between the lathe spindle and the tool: Questo è, every time the spindle rotates (questo è, the workpiece rotates once), the tool should move evenly by a lead distance. The following analysis of ordinary threads will strengthen the understanding of ordinary threads in order to better process ordinary threads.
Forza di taglio per tornitura ad alta velocità
Nei primi anni, è stata eseguita la prova della forza di taglio durante la tornitura ad alta velocità. Come mostrato in figura 1, quando si gira 45 acciaio (normalizzante, HB187), quando la velocità di rotazione aumenta da 100 m/min a 270 m/min, la forza di rotazione principale viene ridotta di circa 7%. Come mostrato in figura 2, durante la tornitura della lega di alluminio pressofuso ZL10 (HB45), quando la velocità di rotazione aumenta da 100 m/min a 720 m/min, la forza di rotazione principale viene ridotta di circa 50%.
Turning and milling combined machining of revolving parts
machining of revolving parts
The development of turning center has a considerable part of rotating parts (someone estimates that it accounts for about 1/2). In addition to turning, operations such as milling, perforazione, and tapping are also required. Inoltre, the processing time for each process of the rotating body is relatively short. Perciò, it is urgent to perform multi-process compound processing on the rotating body under one clamping on a machine tool, and finally a compound turning center was developed in the 1970s.
Turning parts of several difficult-to-cut materials
This article analyzes the process settings for turning hardened steel, high temperature alloy, Lega di titanio, chilled cast iron, and thermal spray material parts. And the characteristics of these difficult-to-cut materials, cutting quantities, turning fluids, and turning tools.
Tecnologia di tornitura CNC di materiali anomali
This article introduces several CNC turning technologies for very specification materials: products include turning of soft rubber, turning of grinding wheels, turning of cemented carbide, turning of ceramics, turning of composite materials. For different materials, choose different tool materials, tool geometric parameters, cutting amount, and cutting fluid.
Tecnologia di lavorazione delle parti in plastica
Tecnologia di tornitura dei rulli in ghisa
Accessori per macchine per maschere facciali piatte, albero di goffratura, premere la rotella, rullo della macchina per maschere, rullo
Il rullo è la parte principale del laminatoio. È soggetto a un certo impatto durante l'uso effettivo, e la superficie viene strofinata ad alta velocità, acciaio rosso ad alta temperatura. La superficie deve avere una buona resistenza all'abrasione, e allo stesso tempo, deve avere una resistenza sufficiente per evitare che si rompa a causa dell'impatto.
Embossing roller turning and milling processing of mask machine
KN95 Mask Machine Roller, Stamping Shaft and Press Wheel
1. The embossing roller cart of the mask machine is made of seamless steel pipe, and then processed by CNC. Processing is divided into turning, milling and welding.
cnc turning of fixed focus lens and focus ring
The milling cutter directly mills the groove in layers, but it needs to use the additional fourth axis of the machining center or the C axis function of the turning center to achieve. This article uses a turning center machine tool. The focusing tube was discovered after being processed with a simple fixture. Because the groove is processed through the wall and the groove shape is longer, the axial clamping is only used, and the width of the groove cannot be guaranteed due to the deformation of the clamping during processing.