CE Certification Vertical Milling Machine

CE Certification Vertical Milling Machine

The CE certification vertical milling machine is a precision tool used for shaping and fabrication by the removal of stock typically from metallic work pieces. Plastics and other materials can also be machined on the mill depending upon tooling and material.

Description

What is CE Certification Vertical Milling Machine

 

 

The CE certification vertical milling machine is a precision tool used for shaping and fabrication by the removal of stock typically from metallic work pieces. Plastics and other materials can also be machined on the mill depending upon tooling and material.

 

Benefits of CE Certification Vertical Milling Machine

 

 

Cost-effective – There is a lower overall upfront cost of a vertical mill, plus the projects completed using it often cost less ultimately, which means production savings can be passed onto customers.

Easy-to-use – CE certification vertical milling machines are relatively easy to operate and require no additional fixtures. They give operators better visibility while working, which means that there is a better chance of spotting and correcting potential problems easily as the milling commences.

Popular – In general, vertical machining centers make up the majority of milling machinery in the metalworking industry. This is ideal both in terms of skilled machinists available and finding replacement parts at a moment's notice.

Ideal for small shops – There are many reasons-including the above-why CE certification vertical milling machines are ideal for small shops or a manufacturing plant just starting out: ease-of-use, no significant upfront cost, less complicated jobs, low quantities, quick milling jobs, takes up less floor space, and more.

 

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VMC650 CNC Vertical Machining Center

Model: VMC1160
Table size (mm): 1200*600
Max. allowable load (Kg): 800
X-axis stroke (mm): 1100

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3 Axis CNC Vertical Machine Center

Model: VMC1165
Table size (mm): 1200*600
Max. allowable load (Kg): 800
X-axis stroke (mm): 1100

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VMC850 CNC Machining Center

Model: VMC1265
Table size (mm): 1200*600
Max. allowable load (Kg): 800
X-axis stroke (mm): 1200

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VMC840 CNC Vertical Machining Center

Model: VMC840
Table size (mm): 1000*400
Max. allowable load (Kg): 300
X-axis stroke (mm): 800

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VMC850 CNC Vertical Machining Center

Model: VMC850
Table size (mm): 1000*500
Max. allowable load (Kg): 500
X-axis stroke (mm): 800

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Metal CNC Machining Center

Model: VMC1165
Table size (mm): 1200*600
Max. allowable load (Kg): 800
X-axis stroke (mm): 1100

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VMC855 CNC Vertical Machining Center

Model: VMC855
Table size (mm): 1000*550
Max. allowable load (Kg): 500
X-axis stroke (mm): 800

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3 Axis Heavy Duty CNC Machining Center

Model: VMC966
Table size (mm): 1100*550
Max. allowable load (Kg): 600
X-axis stroke (mm): 900

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VMC1160 CNC Vertical Machining Center

Model: VMC1160
Table size (mm): 1200*600
Max. allowable load (Kg): 800
X-axis stroke (mm): 1100

 

Why Choose us
 

Quality services
Our team is committed to delivering high-quality services to our clients. We use the latest technologies and tools to ensure that our services exceed your expectations.

 

Quality
The company strength is abundant, the heavy credit, keep the contract, guarantee product quality, product variety is complete, the price is reasonable, with many varieties management characteristic and the meager profit but high turnover principle, has won the trust of customers.

 

Rich Experience
There are more than 700 employees, more than 100 R&D teams, and nearly 100 after-sales technical engineers. They have many years of experience in scientific research and production.

 

Quality standards
Choose a factory that adheres to industry standards and certifications to ensure product safety and quality.

 

Horizontal vs. CE Certification Vertical Milling Machines

 

Faster Feeds & Speeds
Vertical milling machines can save time and increase machining efficiency in various ways.
First, the spindle moves directly up and down along the Z-axis. This direct movement enables rapid positioning and precise depth control, especially beneficial for drilling, tapping, and other operations that require vertical accuracy.
Operators can quickly adjust the spindle's position, reducing the time spent on setup and tool changes.
Vertical mills often have high spindle speed capabilities that allow for faster cutting speeds.
Higher spindle speeds enable the cutting tool to remove material more rapidly, resulting in reduced machining time for a given task.
These machines are typically more rigid and stable than horizontal mills, particularly for tasks requiring vertical cuts. This increased rigidity allows for higher cutting forces and more aggressive feeds and speeds without compromising precision.
Faster material removal is achieved while maintaining dimensional accuracy.

Enhanced Precision & Accuracy
Vertical mills are typically designed with robust and rigid structures that minimize vibrations and flexing during machining operations.
This rigidity ensures that the cutting tool maintains a stable position relative to the workpiece, resulting in accurate cuts.
Precise spindles on a vertical knee mill are capable of maintaining accurate rotational speeds and minimal runout.
The vertical orientation of the spindle allows for precise and direct movement along the Z-axis (vertical axis). This is especially advantageous for drilling, tapping, and boring operations where accurate vertical positioning is essential.
Vertical milling machines provide excellent depth control due to the straightforward Z-axis movement, allowing the machinists to achieve precise and consistent depths when milling or drilling into a workpiece.
Vertical mills often use collets, chucks, or tool holders that securely hold cutting tools in place. This minimizes tool runout and ensures that the tool remains precisely aligned with the spindle axis.
Additionally, automatic tool changers (ATCs) in some vertical mills allow for quick and accurate tool changes.

Multiple-Axis Capability
The additional axes on a vertical knee mill provide greater freedom of movement and precise control, making vertical mills suitable for tasks that demand intricate geometries and advanced machining techniques.
The fundamental axis configuration of a vertical milling machine includes three primary axes:
X-Axis: Horizontal movement of the worktable (left and right).
Y-Axis: Forward & Backward movement of the worktable (in and out).
Z-Axis: Vertical movement of the spindle (up and down).

Fourth Axis (Rotary Axis)
Many vertical mills can be equipped with a fourth axis, often referred to as a rotary axis or A-axis. This axis allows the workpiece to rotate or index during machining. It is particularly valuable for tasks involving cylindrical or symmetrical workpieces. The fourth axis enables other features like engraving, gear cutting, and helical milling.

Fifth Axis
Some advanced vertical milling machines may feature a fifth axis, typically known as the B-axis. The fifth axis allows the spindle or worktable to tilt or swivel, enabling multi-axis machining from various angles. This capability is useful for complex contouring, 3D machining and producing parts with undercuts.

Sixth Axis (Optional)
In certain specialized applications, a sixth axis, known as the C-axis, can be added. The C-axis rotation complements the other axes and facilitates intricate machining, such as sculpting or cutting complex surfaces.

 

Application of CE Certification Vertical Milling Machine
 
Precision Machining

CE certification vertical milling machines are commonly used in precision machining applications where accuracy and precision are critical. They are used to create complex parts with tight tolerances and high surface finishes.

Production Machining

Vertical mills are also used in production machining applications where large quantities of parts need to be produced quickly and efficiently. They are capable of performing high-speed machining operations that can reduce cycle times and increase production rates.

Mold and Die Making

CE certification vertical milling machines are often used in mold and die-making applications where complex shapes and contours need to be machined into hardened materials. They are capable of producing intricate details and can be used to create molds and dies for a variety of industries, including automotive, aerospace, and medical.

Tool and Die Making

CE certification vertical milling machines are also used in tool and die-making applications where precision and accuracy are critical. They are used to create cutting tools, jigs, fixtures, and other tooling components that are used in manufacturing processes.

Education

CE certification vertical milling machines are commonly used in educational settings to teach students the principles of machining and manufacturing. They are often used in engineering and manufacturing programs to teach students how to use CNC technology and other advanced machining techniques.

 

The Parts of a CE Certification Vertical Milling Machine
 
 

Column and Base
The column and base are the primary supporting structures of a milling machine. The column is a vertical beam that is mounted on the base. The base is a heavy casting that is bolted to the floor. The column supports the spindle and the various attachments that are used in a milling operation. The base provides stability to the machine and helps absorb vibrations generated during milling operations.

 
 

Knee
The knee is a rigid casting that is mounted on the column. It provides vertical movement to the worktable and supports the saddle. The knee is equipped with a vertical positioning screw that allows it to be raised or lowered. This vertical adjustment is used to set the depth of cut for the milling operation.

 
 

Saddle and Swivel Vise
The saddle is a sliding casting that is mounted on the knee of a CE certification vertical milling machine. It provides horizontal movement to the worktable. The saddle is equipped with a swivel vise that can be rotated and machined at any angle.

 
 

Power Feed Mechanism
The power feed mechanism of a CE certification vertical milling machine is used to provide longitudinal, transversal or vertical feed to the worktable. The power feed mechanism is located on the knee and is controlled by a set of levers. The feed rate on the X & Y Axes can be adjusted to suit the material being machined.

 
 

Table
The table consists of a rectangular casting that is located on the saddle of a CE certification vertical milling machine. The table is equipped with T-slots that allow the workpiece to be clamped directly to the table. The table can be moved longitudinally, transversally or vertically to position the workpiece for milling operations. The work table is also equipped with a variable speed power feed that allows the workpiece to be moved at a constant rate during machining operations.

 
 

Overhanging Arm
The overhanging arm is a horizontal casting that is mounted on the column of a horizontal CE certification vertical milling machine. The overhanging arm carries the arbor support and the arbor. The arbor is a horizontal shaft that holds the cutting tools. The arbor support is a casting that is mounted on the overhanging arm of a horizontal CE certification vertical milling machine and supports the arbor of the CE certification vertical milling machine.

 

 

Our Factory

 

Shandong HR Machinery Co., Ltd. is a production-oriented enterprise with import and export rights. The company is equipped with many kinds of machine tools and equipment, including nearly 100 sets of large, fine and sophisticated equipment. The enterprise has 100 employees at present, including more than 10 engineers and dozens of workers and technicians. The company has been insisting on staff training for many years, through changing staff concepts, implementing enterprise reform, introducing new management concepts and methods, using modern management level. The company has hundreds of sales outlets, more than one sales branch or office, 30 provinces, cities, autonomous regions. In Europe, South America, Asia, Hong Kong and other countries and regions have long-term cooperation dealers. In recent years, the company insists on changing the mode and adjusting the structure; Implement brand strategy and expand foreign market; Control the manufacturing level of company equipment. Formed by CNC lathe, CNC milling machine, vertical machining center, gantry machining center, CNC metal band sawing machine, drilling and milling machine series, milling machine series, turret milling machine series, more than ten categories, hundreds of varieties of production scale. It has achieved the expected goal of CNC product serialization and characteristic product individuation, and formed its own brand while meeting the personalized needs of users.

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Certificate
 

Our factory has obtained the import and export license issued by the Ministry of foreign trade, and passed the iso9001 quality management system certification and CE certification.

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Asked Questions
 

Q: What are the limitations of CE certification vertical milling machines?

A: Whether it's drilling, plunge cuts, or complex contouring, the CE certification vertical milling machine is up to the task. However, their downsides lie in handling large or heavy workpieces. Due to their design, they tend to be less efficient for such tasks.

Q: What are the three main features of a CE certification vertical milling machine?

A: Knee-and-column support for the milling table, which provides vertical motion of the work with respect to the tool.
Saddle which supports the table to provide in-and-out motion from the vertical column.
One-piece tool head which holds the motor, drive pulleys and spindle.

Q: What are the 7 major parts of CE certification vertical milling machine?

A: Base. It supports every component of the machine and can dampen vibrations imparted by milling operations. ...
Column. The major supporting part, positioned vertically on the base, is the column. ...
Knee. ...
Elevating Screw. ...
Saddle. ...
Table. ...
Overarm. ...
Arbor Support.

Q: What are the three 3 limitations of a milling machine?

A: CNC Milling - Limitations. The general limitations of CNC Milling are prototype size, axis movement, and drill bit size. The size and shape limitations will vary by the machine used.

Q: What is the most common tool holder used in a CE certification vertical milling machine?

A: End Mill Holders are the most basic tool holders used for milling machines and are still very popular. The main benefit of the side lock arbor is the ability to clamp on the weldon flat of a cutting tool.

Q: Why CE certification vertical milling machine is used?

A: The CE certification vertical milling machine is a precision tool used for shaping and fabrication by the removal of stock typically from metallic work pieces. Plastics and other materials can also be machined on the mill depending upon tooling and material.

Q: What is the principle of CE certification vertical milling machine?

A: Milling: The primary function of a CE certification vertical milling machine is milling, which involves removing material from the workpiece using rotary cutters. The spindle rotates the cutting tool, such as an end mill, while the workpiece is fed against it. This allows precise shaping, contouring, and sizing of the workpiece.

Q: What are the two types of CE certification vertical milling machines?

A: The two kinds of vertical mills are bed mills and turret mills. Vertical turret mills have a stationary spindle, and the table is moved both perpendicular and parallel to the spindle axis to execute cutting. They often have a quill that allows the milling cutter to be raised and lowered quite like a drill press.

Q: What operations can be performed on a CE certification vertical milling machine?

A: CE certification vertical milling machines are known for their versatility, as they can perform a wide range of milling operations. The vertical orientation allows them the use of various cutting tools to create complex shapes, angles, and contours. Vertical mills also excel in drilling and tapping operations.

Q: How many cutters can a milling machine hold at a time?

A: Milling Machines can hold multiple cutters at a time. End mills are milling cutters with specific cutting surfaces on their end surfaces that allow them to be drilled into the workpiece. For peripheral milling, these also have expanded cutting surfaces on both sides.

Q: What would the four main parts of a CE certification vertical milling machine be called?

A: Name the six major components of a CE certification vertical milling machine. The column, knee, saddle, table, ram, and tool head.

Q: What is the name of a CE certification vertical milling machine?

A: There are two subcategories of vertical mills: The bed mill and the turret mill.

Q: What is the base of a CE certification vertical milling machine made of?

A: In this type of machine, the spindle axis is set vertically. The foundation of verticle milling machines is made out of 100% cast iron which offers higher compressive fortitude. The screw jack is attached to the cast iron base and functions in a vertical direction.

Q: What is the difference between a vertical mill and a lathe?

A: The lathe is for your cylindrical and symmetrical shapes. The mill is for non-cylindrical workpieces. They work together to create complex shapes and can both be used on wood, metal, plastic, or a variety of other materials. But you might only have space and budget for one of them.

Q: Can a milling machine cut round holes?

A: Two alternate milling methods can be used: Circular ramping (3-axes) or circular milling (2-axes). In addition, the roundness/concentricity of the hole becomes better when ramping, especially with long overhangs.

Q: What are the 7 major parts of a CE certification vertical milling machine?

A: It supports every component of the machine and can dampen vibrations imparted by milling operations. ...
Column. The major supporting part, positioned vertically on the base, is the column. ...
Knee. ...
Elevating Screw. ...
Saddle. ...
Table. ...
Overarm. ...
Arbor Support.

Q: What are the 3 axes of the CE certification vertical milling machine?

A: With a 3-axis CNC machine, the workpiece is stationary while the cutting tool moves across the X-, Y-, and Z-axes.

Q: What is the principle of CE certification vertical milling machine?

A: Milling: The primary function of a CE certification vertical milling machine is milling, which involves removing material from the workpiece using rotary cutters. The spindle rotates the cutting tool, such as an end mill, while the workpiece is fed against it. This allows precise shaping, contouring, and sizing of the workpiece.

Q: What are the two types of CE certification vertical milling machines?

A: The two kinds of vertical mills are bed mills and turret mills. Vertical turret mills have a stationary spindle, and the table is moved both perpendicular and parallel to the spindle axis to execute cutting. They often have a quill that allows the milling cutter to be raised and lowered quite like a drill press.

Q: Can milling machine hold cutters at a time?

A: Milling Machines can hold multiple cutters at a time. End mills are milling cutters with specific cutting surfaces on their end surfaces that allow them to be drilled into the workpiece.

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