High Efficiency Metal Steel Spinning Machine LED Lighting Kitchenware Cookware Aluminium Copper Stainless Steel Metal Sheet

Product Overview

Description

 

High Efficiency  Metal Steel CNC Spinning Machine for LED lighting Kitchenware Cookware Aluminium Copper Stainless Steel Metal Sheet 

 

We have produced spinning's for the following industries:

 

 Aerospace   Agriculture  Air Filtration  Air Handling   Chemical Processing    Energy
Food and Beverage Processing   Food Service    Furniture      Industrial Machinery
Lighting   Medical    Pollution Control     Retail Fixtures    Appliances
Commercial Vehicles     Communications     Construction
Electrical    Farm Equipment    Material Handling      Petroleum Processing
Railroad    Recreational Equipment    Refrigeration      Safety Products
Scientific Equipment     Welding

 

The process of metal spinning is fairly straightforward. First, a formed block is mounted in the drive section of a lathe (which is simply a tool that rotates a workpiece on its axis). Lathes may operate horizontally or vertically, and they can be manually operated or controlled by CNC.   Once the mandrel has been set in place, a pre-sized blank (typically in the form of a flat circle or disc) is clamped against it with a pressure pad. The pressure pad, in turn, is connected to the part of the lathe called the tailstock or foot stock (a type of horizontal bar that is used to lend support to the longitudinal rotary axis of the workpiece .) Once this entire assembly is in place, the process of metal spinning can begin.

 

Together, the mandrel and workpiece are rotated at high speeds as some type of forming tool presses against it, causing the workpiece to flow over the block and shape it via friction. The external form of the mandrel corresponds to the internal dimensions desired for the particular workpiece. The tools which shape the workpiece over the mandrel may be up to three feet long and are usually made from hardened steel or solid brass. If a lathe is CNC-operated, spinning tools will perform a specific sequence of operations on a workpiece that has been programmed beforehand.

 

Once a workpiece has been mostly shaped, it often undergoes trimming and/or finishing operations. (In this context, “trimming” refers to the smoothing out of any sharp edges.) Workpieces continue to be rotated during finishing operations in order to require the minimal use of force.