Equipment
Equipment. Modern CNC Machines.
Modern CNC machines are high-performance aggregates which are used in metal processing to manufacture both individual, complex parts as well as serial batches of typical parts. The machine is chosen according to the demands of part processing.
CNC milling services are widely used in the metalworking and in the woodworking industries. Experienced operator is one of the key aspects on the way of manufacturing of the high quality parts on CNC machines.
NC Engineering Ukraine is where you can find a wide range of professional equipment for metal processing and a team of experienced engineers and machine operators.
1 х HAAS UMC-750
The UMC-750 is a 5-axis 40-taper vertical machining center with tavels X 762 mm Y 508 mm Z 508 mm travels and an integrated dual-axis trunnion table. The machine is equipped with a powerful 8100-rpm inline direct-drive spindle driven by a 30-horse power vector drive system, and comes standard with a 40+1 tool side-mount tool changer. Machine is sutable for small production of complex parts.
6 х Haas VF2SS
Super-Speed Vertical Machining Center; 30" x 16" x 20" (762 x 406 x 508 mm), 40 taper, 30 hp (22.4 kW) vector drive, 12,000 rpm, inline direct-drive, high-speed 24+1 side-mount tool changer, 1400 ipm (35.6 m/min) rapids. Machine is capable of small production of medium-size parts.
3 х Haas MiniMill
Haas Automation's Mini Mill provides a generous work envelope of 406 x 305 x 254mm. This super-compact machine features a 40-taper spindle, speeds to 6,000 rpm, 600-ipm rapids and a 10-pocket automatic tool changer. The Mini Mill handles small-parts manufacturing with the same reliability you've come to expect from all Haas CNC machines.
2 х HAAS DT1
The DT-1 is a compact, high-speed drill and tap machine with full milling capabilities. The machine has a 20" x 16" x 15.5" (xyz) work cube and a 26" x 15" T-slot table. A powerful BT30 taper inline direct-drive spindle provides 15,000 rpm, and allows rigid tapping at speeds to 5000 rpm. A high-speed, 20-pocket tool changer swaps tools quickly, while 2400 ipm rapids and high accelerations combine to shorten cycle times and reduce non-cutting time.
1х Cincinnatti Sabre 1000
CINCINNATI SABRE 1000 is a universal vertical machining centre which is capable of machining parts 500*1100 mm large. Equiped with automatic tool changer capable of holding up to 21 tools. Has rigid linear guides and ballscreews which make it reliable for heavy machining.
3 х HAAS ST-10
HAAS ST-10 is a small CNC Lathe with 56 x 406 mm work area, A2-5 spindle and 165 mm chuck which are driven by 11.2 kW vector drive at maximum 6000 rpm. Lathe equiped with 12-station VDI/Bott-on hybrid turret and tailstock. Machine is a perfect solution for small production of simple parts.
1 х Mazak QuickTurn30
MAZAK QT-30 is a 2-axis lathe with 310*956mm work area. 254 mm chuck is driven by 30 kW vector drive. Chuck can hold bars up to 72mm. Lathe have 12 position (6 axle tools) tool turret and rigid tailstock. Machine is capable of small production of large and simple parts
3 х Leadwell LTC-20
Leadwell LTC-20P is a CNC Lathe with a work area of 200*500mm. Equipped with 210mm chuck which is driven by 15kW vector drive.Chuck can hold bars up to 51mm. Lathe is equipped with 12-possition bolt-on turret and tailstock which makes it perfect for the small production of medium sized parts.
1 х HAAS ST-20
HAAS ST-20 is a CNC Lathe, with 81 x 533 mm. max capacity, 51 mm spindle bar tube, 806 mm swing. Equiped with 14.9 kW vector drive, that provides 4000 rpm, rigid A2-6 spindle, 210 mm chuck, 12-station bolt-on turret, with rigid tapping option.
1 х Hyundai-Kia SKT-250SY
Hundai KIA-SKT 250 is a multipurpose CNC lathe with maximum turning capabilities of 410*700 mm. Main spindle drive with 3500 RPM . C-axis Spindle with 95 mm bore. VDI-40 tool turret with live axial and radial tooling of 0 - 4000 rpm and sub spindle. Due to quick rapid traverse, a machine is suitable for the medium production of complex parts.
1 x Gildemesiter MF Twin 65
Gildemeister mf twin 65 is a super speed lathe. With maximum turning diameter 200 mm and turning length 555 mm and the main spindle bore 79 mm. Equiped with sub spindle and C-axis. Powerfull vector drive capable running the main spindle up to 5000 rpm. The machine is equiped with double tool turrets which can hold up to 12 tools each, also both capable of live tooling. All this in combination with rapid traverse speeds make this machine good for medium production of complex parts.
1 х Mazak SQT-250
SQT-250S is a multipurpose late with turning Diameter 300*538 mm. Main spindle width 254mm chuck is driven by 18,6 kW vector drive which runs it at 4000 rpm and equipped with C-axis. The spindle is capable of holding 62mm bars. The machine is equipped with VDI tool turret with 12 Driven Tool ccapable pockets. Driven Tool Power 3.73 kw. Also, sub spindle and servo bar feeder are installed.
1 х Haas Tl 15
TL-15 CNC lathe features a 20-hp vector-drive main spindle with 210мм chuck, and an sub-spindle. Both spindles provide speeds up to 5,000 rpm . Maximum cutting diameter for the TL-15 is 254 mm, with a maximum turning length up to 381 mm. The TL-15 comes standard with a 12-pocket tool turret that holds a combination of six VDI 40 tools and six bolt-on tools also with live axial and radial tooling. Machine is capable of small production of complex parts.
Constructive elements of CNC machines
In its design, CNC machines are presented in the form of high-tech aggregate that are programmed for the implementation of specific operations.
Directional aggregates are characterized by high durability and provide precision of movements. The drive of the main movement in each CNC machine is able to cope with the high overloads and has a shiftless speed controller. Asynchronous motors are the most commonly used as drives. That guarantees precise and reliable performance of the equipment.
Feeder is one of the main elements of every CNC machine. It is the feeder that determines the overall tolerance of the processing part. Due to the low weight of acceleration, smooth running, slight frictional force and high stiffness of the kinematic chains, accurate data is obtained. Valve motors along with brake and feedback sensors are used as a drive.
The spindle of CNC machine provides the maximum accuracy of rotation, high wear resistance of the base surfaces and excellent rigidity. Efficient and smooth performance of the equipment element is achieved thanks to the inbuilt automatic devices and the heat dissipation systems.
CNC Machines. Classification
CNC turning machines are high-performance aggregates which are designed for external and internal metal cutting by means of rotation. Rotation serves as the main functional in the CNC turning processing, while the movement of the cutting tool is a translational motion.
CNC lathes are used for processing billets with a curved or multi-stage surface. Such feature makes CNC turning equipment one of the most commonly used aggregates for metal processing.
One of the peculiarities of CNC turning machines is their multifunctionality. That allows to process large batches of the parts in the shortest lead time possible. Such complex of technological operations as thread cutting, drilling, boring of conical, cylindrical or shaped surfaces etc., can be performed on CNC lathes. Fast processing of complex parts at the highest possible speeds is achieved with help of the system with tools for thread cutting.
In their structure, lathes are presented in the form of a unit with two controlled coordinates. The coordinate Z is responsible for the movement of the carriage along the spindle axis and the coordinate X ensures the movement of the sled. Each guide is fitted with a rotary head, the axis of which, depending on the model of the machine, can be located perpendicularly or parallel to the spindle axis. The high speed of metal processing is achieved due to the revolving heads. Tools for the simultaneous external and internal processing of the part are located on the revolving heads. As a result, a lot of time can be saved processing metal on CNC machines. CNC lathes with a large range of tools are used to process hard metals.
Turning processing of non-ferrous metals allows mass and smooth production of parts and billets of any structural complexity. The technology of turning processing is widely used in such fields of activity as machine building, automotive, energy, gas and oil and other industries.
CNC Milling Machines
Milling processing of metal on CNC machines is a complex process which results in the obtaining of parts with perfect geometry of the surface. Such operations as grinding of the surface or processing of shaped and simple surfaces may be performed on CNC milling machines. Milling processing of metal allows solving the problem of manufacturing of complex parts which can be used for various purposes.
The main task of milling on a CNC machine is to manufacture the perfect part of any structural complexity. Parts with unique shapes and surfaces can be easily processed on CNC milling machines due to their high precision. Moreover, such machines allow the processing of both small and large batches. Due to the individual programming of the machine, it can easily manufacture the part according to drawing’s requirement.
One of the benefits of the CNC milling machine is that such equipment can not only cut the metal and process different surfaces but also it can process various bulky structures. CNC milling of the metal will not result in melting, burning or unpleasant odor. That is more than important for the processing of visual objects.
