Machine Tools
Your Professional Machine Tools Supplier!
EO EQUIPMENT is a global supplier of high-quality industrial machinery and equipment, providing comprehensive solutions across construction, cleaning, machine tools, food processing, and packaging sectors. Backed by over 20 years of sourcing and export experience, we connect international buyers with trusted Chinese manufacturers to deliver efficient, customized solutions.
Specification
|
Specification |
Parameter |
|
Machine Type |
Machine Tools |
|
Swing Over Bed |
Typical medium range (e.g., ~400–600 mm) |
|
Swing Over Cross Slide |
Approx. ~250–350 mm |
|
Distance Between Centers |
Typical values: 1000 – 2000 mm |
|
Spindle Bore Diameter |
Varies by model (e.g., ~50–85 mm) |
|
Spindle Speed Range |
Multiple steps, wide rpm range |
|
Chuck Size |
3-jaw or 4-jaw options |
|
Tailstock Taper |
Standard Morse taper (e.g., MT5/MT6) |
|
Bed Width |
Medium build for stability |
|
Control |
Manual operation with feed gearbox |
|
Power Supply |
Standard industrial voltage |
|
Coolant System |
Optional integrated coolant pump |
Main Characteristics of Machine Tools
Precision and Accuracy: Machine tools, especially CNC machines, are renowned for their ability to produce parts with high precision and accuracy. This is crucial in industries where even minute deviations can have significant implications.
Versatility: From milling machines to lathes, machine tools can perform a multitude of tasks like cutting, shaping, and drilling, making them indispensable in manufacturing.
Power-Driven Operation: Most modern machine tools are power-driven, using sources like electricity and computer numerical control (CNC) for enhanced efficiency and control.
Material Removal Process
A fundamental characteristic of machine tools is their ability to remove material from a workpiece, shaping it into the desired form through processes like milling, turning, and drilling.
Rigidity and Stability
Machine tools are designed to withstand the stresses of manufacturing processes, ensuring rigidity and stability to maintain accuracy over time.
Speed and Efficiency
The automation and technological advancements in machine tools, such as CNC machining, allow for faster production times without compromising on quality.
Customization and Adaptability
Modern machine tools can be customized and adapted for a range of tasks, supported by advancements in computer-aided design (CAD) and manufacturing (CAM) technologies.
Types Of Machine Tools
Lathe
A lathe is a tool for cutting metal that rotates the workpiece around an axis to produce an object that is symmetrical about that axis. Many operations, including undercutting, grooving, knurling, plain and step turning, facing, threading, drilling, parting, cutting, shaping, chamfering, reaming, boring, filing and polishing, and taper turning, are carried out using lathe cutting tools.
Drilling Machines
One of the most challenging machining operations is drilling. The key feature of a drilling machine that sets it apart from other machining procedures is the combined cutting and metal extrusion at the chisel edge in the middle of the drill. The drilling machine, a drill press, is one of the industry's most widely used and practical equipment. It creates, shapes, and completes holes in a workspace.
Milling Machine
This metal cutting tool uses a spinning multipoint cutter to cut metal as the workpiece is fed against it. The cutters can rotate quickly and remove metal due to their wide range of blades. Also, it holds many cutters at once, making it one of the most excellent tools for cutting projects. Every project on this machine requires extreme precision. Milling machines are more popular for quick metal removal than planners, lathes, and shaper tools.
Boring Machines
Boring, known as internal turning, expands a hole's inner diameter. Size, straightness, and concentricity are the three factors you can achieve with boring. It also includes the turning operations that accompany external turning. Boring and Internal turning are two choices. However, the length and size of the workpiece's hole significantly limit the choice of tool. In addition to boring equipment, you may also do boring operations with lathes, milling machines, and machining centers. Like most machine tools, boring machines can be classified as precision, jig, vertical, or horizontal.
Grinding Machines
Abrasive machining or grinding has been done with shapers, lathes, and conventional milling machines. The operations can be done by using different types of grinding machines nowadays. Over the past ten years, grinding machines have made much more advancements than other popular machine tools used in manufacturing. This includes stiffness, design, application, and construction.
Machining Center
A machining center is best defined as an automatic tool changer and a table that clamps the workpiece in place. This feature is present in nearly all CNC drilling and milling machines. In contrast to tools, the work in a machining center stays stationary rather than rotating. The main characteristic that sets it apart is its spindle orientation. As a cutting-edge computer-controlled machine, this machining center can perform a wide range of machining operations on a workpiece's numerous surfaces and orientations.
Components of Machine Tools
CNC System: This serves as the machine tool's control center, responsible for receiving and interpreting machining programs. It precisely controls the movement trajectories and speeds of components such as the spindle and tool holder, while displaying machining parameters and fault information.
Bed: As the foundational support structure of the machine tool, it provides stable rigidity, withstands cutting forces and vibrations during machining, and ensures machining accuracy and equipment stability.
Spindle Head: Houses the spindle motor and transmission mechanism, driving the workpiece to rotate at high speeds.
Tool Holder: Mounts cutting tools and enables automatic tool changes to perform various machining operations such as turning outer diameters, boring holes, and grooving.
Feed Mechanism: Composed of a lead screw, guideways, and servo motor, it drives the tool holder to move along program-defined paths and speeds, enabling precise cutting feed of the workpiece.
Guard Cover: Isolates the machining area to prevent injury from flying chips and coolant, while minimizing dust dispersion to protect internal machine components.
Cooling System: Reduces cutting tool and workpiece temperatures to extend tool life, simultaneously flushing away chips.
Chip Removal System: Automatically evacuates metal chips generated during machining to prevent accumulation that could compromise machining accuracy or damage equipment.
Lubrication System: Periodically supplies lubricating oil to moving components such as guide rails and ball screws to reduce friction and wear, extend component lifespan, and ensure motion precision.
Application of Machine Tools
Precision Parts Creation: CNC machines craft complex components like turbine blades.
Material Versatility: Used for metals like titanium and composites essential in aerospace.
High Tolerance: Ensures parts meet stringent safety and performance standards.
Mass Production: Machine tools like milling machines and lathes produce engine components and chassis parts efficiently.
Customization and Flexibility: CNC machining caters to varying designs and models.
Quality Control: Consistent precision crucial for automotive reliability.
Shaping and Cutting: Lathes, milling machines, and drills shape metal parts for various applications.
Fabrication: Machine tools assist in creating structures, from simple brackets to complex machinery parts.
Tool Making: Essential in manufacturing tools for other industries.
Circuit Board Manufacturing: Precision machining for creating detailed circuit boards.
Component Housing: Producing enclosures for electronic components.
Intricate Part Production: Crafting small, precise parts for electronic devices.
Weapon Manufacturing: Milling machines and lathes produce parts for firearms and other weaponry.
Vehicle Assembly: Crafting components for military vehicles.
High-Strength Materials Processing: Machining tools handle tough materials used in defense equipment.
Precision Instruments: Creating surgical tools and implants with high accuracy.
Customization for Patients: Tailoring implants and prosthetics for individual patients.
Biocompatible Material Machining: Specialized in handling materials like titanium and plastics.
Component Fabrication: Producing parts for turbines, generators, and solar panels.
Large-Scale Manufacturing: Crafting large components for energy generation infrastructure.
Material Diversity: Handling various materials from metals to composites.
Structural Components: Making beams, frames, and other construction elements.
Tool Production: Creating tools and equipment used in building processes.
Custom Fabrication: Catering to unique architectural designs and requirements.
Ship Building: Parts production for vessels, from commercial ships to leisure boats.
Maintenance Tools: Crafting tools used in ship repair and maintenance.
High-Corrosion Resistance: Machining materials that withstand marine environments.
Furniture Manufacturing: CNC routers and lathes for intricate furniture designs.
Component Milling: Precision cutting of wooden parts for various applications.
Decorative Works: Creating detailed ornamental pieces in woodworking projects.
Customized Services
To better meet the diverse needs of different industries and clients, we can customize professional construction machinery solutions based on your specific application scenarios and special requirements. For further information or support, please feel free to contact us.
- Contact Customer Service
- Submit Order
- Obtain a Quote
- Confirm Order
- Arrange Payment
- Track Order
- Receive and Inspect Goods
Packaging
Our Certificate
FAQ
As one of the most reliable machine tools manufacturers and suppliers in China, we offer a wide range of products with superior quality. Please rest assured to buy high-grade machine tools made in China here from our factory. Browse our website now.