Price of Milling lathe | RSCO Milling Lathe MLJYP250VF

RSCO Miling Lathe Machine model MLZX1616

Brand:

رستگار صنعت / RSCO

Turning Machine

Specifications:

This machine has the ability to perform turning, milling and drilling or drilling with small and medium sizes.
Suitable for turning all kinds of metal and plastic surfaces and...
With the ability to be used simultaneously as a Pillar Drill and a milling machine
Drilling capacity : 16 mm
Max. face milling capacity dia : 52 mm
Max. end milling capacity dia : 16 mm
Working table size : 500x140mm
groove size : T 10 mm
power : 650 w
X-axis travel 230mm
Y-axis travel 145mm
Z-axis travel 200mm
Headstock tilt left & right ±90 degree
spindle Speed : 50 to 2250 (Variable)
Taper of spindle bore MT2/M10
Equipped with LCD to display the engine speed
Made in china
If repairing of the bench lathe machine is needed call repairing department of Rastegar Sanat
For more information about the price of the bench lathe call selling department of Rastegar Sanat

Introduction to milling lathe machine

A milling lathe, also known as a milling machine, is a power tool used for cutting, drilling, and finishing various surfaces, including metals, wood, plastic, and stone. It operates by using a cutting tool called a milling cutter to remove material from the workpiece.

Milling machines are mainly divided into two types:

1 Horizontal Milling Machine: In this type, the spindle is horizontally oriented, and the table moves in three perpendicular directions. This machine is primarily used for milling straight and spiral grooves and surfaces.
2 Vertical Milling Machine: In this type, the spindle is vertically oriented, and the table moves in three perpendicular directions. This machine is mainly used for milling surfaces with cutters that have cutting edges on their face.

A milling lathe can work with a wide variety of materials, making it a versatile tool in machining. Here are some common materials that can be milled:
◦ Metals:
◦ Steel: Including carbon steel, alloy steel, and stainless steel.
◦ Aluminum: Widely used due to its lightweight and machinability.
◦ Brass: Known for its ease of machining and good finish.
◦ Copper: Often used for its excellent thermal and electrical conductivity.
◦ Titanium: Used in aerospace and medical applications for its strength and corrosion resistance.
◦ Plastics:
◦ ABS: Commonly used in prototyping and manufacturing.
◦ Nylon: Known for its toughness and wear resistance.
◦ Polycarbonate: Used for its high impact resistance.
◦ PVC: Often used in construction and plumbing.
◦ PEEK: High-performance plastic used in demanding applications.
◦ Wood:
◦ Hardwoods: Such as oak, maple, and walnut.
◦ Softwoods: Such as pine and cedar.
◦ Composites:
◦ Fiberglass: Used in various industrial applications.
◦ Carbon Fiber: Known for its high strength-to-weight ratio.
◦ Other Materials:
◦ Ceramics: Used in specialized applications with appropriate tooling.
◦ Graphite: Often used in mold making and EDM electrodes.
Each material requires specific cutting speeds, feed rates, and tooling to achieve the best results.