Welcome to the world of CNC Universal Milling Machines at Kitmondo! Priced competitively between €14,000 and €49,000, our selection offers exceptional performance without breaking the bank. Sourced from renowned manufacturers such as DMG Mori, Haas Automation, and Makino, our machines ensure efficiency, precision, and durability.

CNC Universal Milling Machines, powered by Computer Numerical Control, serve as the backbone of numerous industries. Their versatility makes them ideal for use in the automotive, aerospace, medical, defense, and construction sectors. Known for their precision, consistency, and productivity, these machines are indispensable for contemporary manufacturing needs.

Key parameters like table size, spindle speed, tool changer capacity, control system, and power requirements define the functionality of these machines. At Kitmondo, we provide detailed specifications to help you find the perfect fit for your industrial applications.

Investing in a CNC Universal Milling Machine is not only cost-effective but also a step toward sustainable manufacturing. With Kitmondo, you're not just purchasing a machine; you're paving the way to industrial excellence. Together, let's shape the future, one machine at a time.

X Axis 620 mm
Z Axis 400 mm
Max. spindle speed 4000 rpm
Table width 400 mm
Spindle taper ISO 40
Overhauled no
Y Axis 420 mm
CNC type HEIDENHAIN TNC 410M
Table length 800 mm
Max load on table 400 kg
Spindle motor power 5.5 kW
X Axis 400 mm
Z Axis 350 mm
Max. spindle speed 3150 rpm
Table width 480 mm
Spindle motor power 3.5 kW
Y Axis 390 mm
CNC type DIALOG4 / CONTOUR 3
Table length 700 mm
Spindle taper SK 40
Overhauled no

5,800 €

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X Axis 650 mm
Z Axis 610 mm
Max. spindle speed 12000 rpm
Table width 460 mm
Spindle taper igen
Overhauled no
Y Axis 510 mm
CNC type LAGUN L650
Table length 800 mm
Max load on table 400 kg
Spindle motor power 7.5 kW

54,500 €

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X Axis 600 mm
Z Axis 420 mm
Max. spindle speed 4000 rpm
Table width 460 mm
Spindle taper SK 40
Overhauled no
Y Axis 400 mm
CNC type Heidenhain TNC 360
Table length 900 mm
Max load on table 400 kg
Spindle motor power 13 kW
Year of overhauling
X Axis 500 mm
Z Axis 400 mm
Max. spindle speed 3150 rpm
Spindle motor power 5.5 kW
Y Axis 400 mm
CNC type Heidenhain TNC415
Spindle taper
Overhauled yes
X Axis 1000 mm
Z Axis 420 mm
Max. spindle speed 4000 rpm
Table width 500 mm
Spindle taper ISO 40
Overhauled no
Y Axis 500 mm
CNC type Heidenhain i 530
Table length 1000 mm
Max load on table 500 kg
Spindle motor power 7.5 kW
X Axis 3000 mm
Z Axis 850 mm
Max. spindle speed 2000 rpm
Table width 800 mm
Spindle taper ISO 50
Overhauled yes
Y Axis 800 mm
CNC type TNC 426 Heidenhain
Table length 3000 mm
Max load on table 6500 kg
Spindle motor power 22 kW
Year of overhauling 2022

81,000 €

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X Axis 400 mm
Z Axis 200 mm
Table length 500 mm
Max load on table 50 kg
Overhauled no
Y Axis 400 mm
CNC type
Table width 500 mm
Spindle taper

15,000 €

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X Axis 1250 mm
Z Axis 500 mm
Max. spindle speed 4000 rpm
Table width 1600 mm
Spindle taper
Overhauled no
Y Axis 850 mm
CNC type TNC426
Table length 630 mm
Max load on table 1000 kg
Spindle motor power  kW
Year of overhauling
X Axis 250 mm
Z Axis 200 mm
Max. spindle speed 30000 rpm
Table width 260 mm
Spindle taper
Overhauled no
Y Axis 225 mm
CNC type HASEGAWA FANUC
Table length 300 mm
Max load on table 80 kg
Spindle motor power 4.5 kW
X Axis 450 mm
Z Axis 400 mm
Max. spindle speed 5000 rpm
Table width 400 mm
Spindle taper SK40
Overhauled no
Y Axis 350 mm
CNC type SIEMENS Sinumerik 828D
Table length 800 mm
Max load on table 450 kg
Spindle motor power 10 kW
X Axis 760 mm
Z Axis 300 mm
Max. spindle speed 42000 rpm
Table width 550 mm
Spindle taper HSK E40
Overhauled no
Y Axis 550 mm
CNC type
Table length 860 mm
Max load on table 2000 kg
Spindle motor power 14 kW
X Axis 800 mm
Z Axis 610 mm
Max. spindle speed 3800 rpm
Table width 320 mm
Spindle taper ISO 40
Overhauled no
Y Axis 420 mm
CNC type 3 axes
Table length 1270 mm
Max load on table 600 kg
Spindle motor power 3.75 kW
X Axis 850 mm
Z Axis 750 mm
Max. spindle speed 7100 rpm
Table width 500 mm
Spindle taper
Overhauled no
Y Axis 465 mm
CNC type Heidenhain TNC 151
Table length 1570 mm
Max load on table 250 kg
Spindle motor power 5 kW
X Axis 400 mm
Z Axis 400 mm
Max. spindle speed 4500 rpm
Table width 350 mm
Spindle taper
Overhauled no
Y Axis 350 mm
CNC type HEIDENHAIN TNC 320
Table length 650 mm
Max load on table 250 kg
Spindle motor power 5.5 kW
X Axis 5000 mm
Z Axis 1200 mm
Max. spindle speed 3000 rpm
Table width 950 mm
Spindle taper ISO 50
Overhauled no
Y Axis 2000 mm
CNC type Heidenhain TNC415
Table length 5500 mm
Max load on table  kg
Spindle motor power 22 kW
Year of overhauling
X Axis 1200 mm
Z Axis 600 mm
Max. spindle speed 10 rpm
Table width 800 mm
Spindle taper SK 40
Overhauled no
Y Axis 600 mm
CNC type Maho CNC 432
Table length 1000 mm
Max load on table 1000 kg
Spindle motor power 15 kW
Year of overhauling 2007
X Axis 2000 mm
Spindle taper
CNC type
Overhauled no

23,000 €

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X Axis 2078 mm
Z Axis 1259 mm
Max. spindle speed 3000 rpm
Table width 1000 mm
Spindle taper DIN 2080
Overhauled no
Y Axis 1513 mm
CNC type FANUC 31i-B
Table length 3000 mm
Max load on table 10000 kg
Spindle motor power 37 kW
Year of overhauling 2018
X Axis 3000 mm
Z Axis 1500 mm
Max. spindle speed 4000 rpm
Table width 900 mm
Spindle motor power 23 kW
Y Axis 1500 mm
CNC type SELCA S 3045
Table length 3500 mm
Spindle taper ISO 50
Overhauled no

In the ever-evolving and fast-paced world of industrial machinery, staying ahead requires adaptability and a commitment to quality. At Kitmondo, we understand these demands and pride ourselves on meeting your specific needs by specializing in the procurement and sale of top-notch used industrial machinery. Today, we highlight one of the crown jewels in our Metal - Presses/ Forging category: CNC Universal Milling Machines.

A CNC Universal Milling Machine is the versatile workhorse of the metal presses and forging industry. Equipped with a high-speed spindle and the capability to operate on various planes, it offers unparalleled precision and flexibility.

The Power of CNC Technology

The appeal of these machines is significantly enhanced by CNC (Computer Numerical Control) technology. This advanced feature automates the machining process, enabling the machine to operate through a programmed sequence without human intervention. This automation not only boosts productivity but also ensures an extraordinary level of precision.

Advantages of Used Machinery

Opting for used machinery comes with several benefits. Not only do used machines provide an affordable alternative to new ones, but they also offer robust performance. At Kitmondo, every CNC Universal Milling Machine undergoes thorough inspection and maintenance to guarantee resilience and reliability, retaining the inherent qualities that have made them industry standards.

Why Choose Kitmondo?

Kitmondo bridges the gap between need and resource, offering cost-effective solutions to businesses. Whether you’re an industry veteran upgrading your machinery or a newcomer setting up your first shop, our used CNC Universal Milling Machines present affordable options. By purchasing from Kitmondo, you’re making an eco-friendly choice and contributing to a sustainable industrial future.

Quality, precision, and affordability coexist in our range of CNC Universal Milling Machines. Known for their versatility and advanced technological capabilities, these machines are essential in the world of metal presses and forging. At Kitmondo, we believe that price shouldn't be a barrier to quality, which is why we offer an exceptional range of used CNC Universal Milling Machines, competitively priced between €14,000 and €49,000.

Commitment to Quality and Support

Our commitment extends beyond merely providing machinery. We consider ourselves partners in your business journey, offering end-to-end support from initial inquiry to delivery and installation. Kitmondo stands by you, ensuring a seamless process.

Main Advantages of CNC Universal Milling Machines

CNC Universal Milling Machines offer a host of benefits that make them indispensable in modern manufacturing:

  • Precision and Accuracy: With CNC, these machines follow complex programmed instructions precisely, resulting in highly accurate parts.
  • Versatility: They can perform a wide range of operations, including drilling, thread cutting, and gear cutting, making them valuable additions to any workshop.
  • Increased Productivity: CNC automation allows for continuous, efficient production without constant human supervision, significantly increasing throughput.
  • Complex Geometries: These machines can produce complex shapes and designs that are difficult to achieve manually.
  • Consistency: Once a program is defined and tested, the machine can replicate the production run with identical results every time.
  • Reduced Labour Costs: CNC technology reduces the need for multiple operators, saving on staffing expenses.
  • Safety: Operators can control the machine from a distance, reducing the risk of injury.
  • Flexibility: Machines can quickly switch between tasks by selecting different programs, ideal for custom orders or small production runs.
  • Low Maintenance: Designed for constant use, they require relatively low maintenance, reducing downtime.
  • Cost-Effective: Over time, increased productivity, precision, and reduced labor costs make them a cost-effective choice.

Main Machine Parameters

CNC Universal Milling Machines vary in specifications, but key parameters include:

  • Table Size and Load: Dictates the size and weight of workpieces the machine can handle.
  • Axes: Ranges from 3-axis systems (X, Y, Z) to 5-axis machines (with additional rotational axes).
  • Spindle Speed: Higher speeds allow for faster, more efficient cutting.
  • Spindle Taper: Determines the types of tools the machine can use.
  • Tool Changer Capacity: Number of tools the automatic tool changer can hold, affecting the range of operations.
  • Traverse Rates: Defines the speed at which the machine can move the cutting tool or workpiece.
  • Maximum Cutting Speed: Speed at which the machine can cut material, often given as feed rate.
  • Control System: The CNC control system's make and model, impacting capabilities and ease of use.
  • Power Requirements: Electrical power needed for operation.
  • Coolant System: Details about the coolant system, crucial for specific materials or heavy-duty operations.
  • Machine Dimensions and Weight: Overall size and weight, impacting transportation and installation.

Areas of Use

CNC Universal Milling Machines are used across various industries:

  • Automotive: Making parts like engine components and custom fixtures.
  • Aerospace: Manufacturing aircraft and spacecraft components.
  • Electronics: Producing circuit boards and components for electronic devices.
  • Medical: Creating surgical tools and prosthetics.
  • Defense: Manufacturing parts for defense equipment.
  • Construction: Creating molds and structural components.
  • Oil and Gas: Producing components for exploration and processing equipment.
  • Heavy Machinery: Making parts for construction, farming, and mining equipment.
  • Die, Mold, and Tool Making: Producing molds, dies, jigs, and fixtures.
  • Research and Development: Rapid prototyping from CAD designs.

Leading Manufacturers

Renowned manufacturers of CNC Universal Milling Machines include:

  • DMG Mori: Known for high-tech, innovative CNC machine tools.
  • Haas Automation: Offers a variety of machines at competitive prices.
  • Makino: Produces advanced machining centers.
  • Okuma: Known for high-quality, durable machine tools.
  • Hurco: Designs efficient and flexible CNC machines.
  • Heckert: Part of the Starrag Group, known for robust milling machines.
  • Doosan Machine Tools: Manufactures a wide variety of machine tools.
  • Mazak: Reliable and efficient milling machines.
  • Hermle: Renowned for high-precision milling machines.
  • Hardinge Inc: Produces a wide array of machine tools under the Bridgeport brand.

Availability and specifications can vary, so it's crucial to check with suppliers or manufacturers directly for the latest information. Each manufacturer has different strengths, making the best choice dependent on specific needs and requirements.