|
|
CNC double six spindle machine, counter spindle version for simultaneous front and back working
- 12 separately driven motor spindles with C-axis capabilities
- Speed control for optimal cutting speeds, favorable chip breaking, and short cycle times
- 17 independently working CNC-controlled tool slides, optionally with one or two axis
- Intensive backworking in the same cycle
- Particularly suitable for part families due to flexible setup and fast changeover
- Complete machining with driven tools in all spindle positions
- High dampening effect of hydrostatically guided Z-axis
|
|
|
The combined machining system S242 combines the technologies of cylindrical grinding and hard turning in an ideal way. Due to the design concept of the machine both applications can be done without compromises. In other words a highly productive hard fine machining of shafts and chuck components to high quality, size holding capability and fine surface finishes in one clamping. And not only interesting for large production series but also for small batch sizes and even single parts.
|
|
The various HARDPOINT machine versions can be used for superfinishing of hardened and unhardened rotationally
symmetrical components. This means turning, grinding, drilling and rubbing on one machine, in a single chucking. Depending on the model, the workpieces can also be transferred to another machining unit (multi machine cell).
|
|
Vertical Turning and Grinding Center: VSC 400 DS / DDS
These turning and grinding centers combine the advantages of vertical hard turning with those of grinding. They hard pre-turn, grind internally and externally and load and unload workpiece-specific and with great flexibility.
|
|
|
|
|
|
Both these processes compete with each other. However, in several areas, the two processes also superimpose each other. For this reason, combining their strong points seems to be the most practical strategy to design the machining tasks more effectively.
Economically, grinding is the most efficient solution among fine machining processes. Hard turning - on the other hand - is preferred in cases where the quantity of removed material is higher.
The CombiGrind is a fully capable internal and external grinding machine grinder with high performance grinding units, efficient dressing technology and effective coolant and lubrication systems.
At the same time, it is also a turning machine with rigid tool holding fixtures and an appropriate working area specially designed for efficient chip removal.
Flexibility
The option of using different technologies in one machine forms the basis of an extraordinary wide range of applications spectrum. The number and positions of the workpiece can vary within a defined framework. The manufacturing process can be optimised to suit to the application by using various turning tools.
If new components are introduced to your production line CombiGrind can be re-configured for the new machining tasks. And if an increase in capacity becomes necessary, parallel machining can be implemented using individual machines. All plus points to safeguard your capital investment.
|
|
|
|
|
|
The HSTM series is especially developed for cost-effective manufacturing of high-precision work pieces, such as turbine blades, blisks and impellers. The machine concept allows single-part and series production as well. Latest drive and control technology guarantees high productivity and flexibility. Rigidity is a further key element of the HSTM series and supports with all other factors the technology of High Speed Cutting (HSC). Splendidly designed rotary axes with standard interfaces are the substantial characters for the highest productivity.
Availability for Production:
The compact design of the machine allows a quick and trouble-free instalation at the customer's site without any special requirements to the basement. Thus, a quick availability of the machine is given.
Machine Size:
The machine is in different sizes avialable. Customization for your work pieces are possible. The modular concept allows easy adaption to your specific request. Blisks with diameter 850 mm are possible with a variant of the machine. Differnet opportunities to load the work pieces to the machine, such as front loading or from the side, up to full integration in manufacturing systems with automatic loading systems can be realized.
Milling Spindle:
The Motor-Milling Spindle offers a high potential to machine difficult materials. High spindle speed for Aluminium, or strong spindle power with lower spindle speed for Titanium are available in the same Motor Spindle.
All kind of cooling and lubrication systems are integrated. So you will find outer cooling, high pressure, Minimum Quantity Lubrication through the spindle or outside of the spindle.
|
|
|
|
|
|
Ball Matic are machining centers to turn and grind the sphere of ball valves. Ball Matic line consists of 4 different models depending on the different maximum internal diameter of the ball (in inches): Ball Matic 24", 36", 48" and 64".
Depending on the Ball Matic model they are with a single bed (Ball Matic 24" and 36"), double bed (Ball Matic 48") or three beds (Ball Matic 64").
The turning unit consist on a Turret (Ball Matic 24") or a Blade (Ball Matic 36", 48" and 64"). The machines are also equipped with a workpiece probe to check the center of the ball. For the Ball Matic 36" and 48" model it is also available an Automatic tool changer for the turning tools.
The grinding operation is performed with grinding Cups where the Stone supports are fixed. Thanks to this unique system the best results in terms of geometry of the ball are obtained. The clamping system of the cups is of hydraulic type in order to facilitate the changing necessary machine balls with different diameters. For the Ball Matic 24" model a two position Automatic cup changer is available as option.
In the Ball Matic 36", 48" and 64" models the grinding unit is equipped with a vertical axis in to facilitate and to make possible a rapid alignment of the grinding unit with the ball center.
All the Ball Matic machines are completely enclosed with Protections equipped with sliding doors for an easy access to the machine. The high performances of these machines is also proved by the fact that they are used from the most important Ball Valves Producers all around the world.
|
|
TURBOMILL XL 1400 / 2000 / 2600:
5-axis VMC: Ultra-Dynamic HSC Machining Center for producing Turbine Blades.
- g-accelerated 5-axis machining
- Max. part length 1400-2600 mm (47"/71")
- Max. part dia. 650 mm (26")
- Second synchronously workpiece drive
- 20° slanted C-Frame
- Tailstock CNC controlled
- Spindle 12000, 15000 or 18000 rpm
- Toolmagazine -32 tools
TURBOMILL 7500:
5-axis VMC: Ultra-Dynamic HSC Machining Center for producing long cylindrical parts such as feed- or extruder screws.
- g-accelerated 5-axis machining
- Max. part length 7500 mm (295")
- Max. part dia. 660 mm (26")
- 20° slanted C-Frame
- Tailstock CNC controlled
- Second synchronously workpiece drive
- Steady rest automatic positioning with cutting tool
- Spindle 12000, 15000 or 18000 rpm
- Spindle power 28-44 KW, 57-280 Nm (42-206 ft lb)
- Toolmagazine 20-32 tools
|
|
Preloaded linear guides in all axes ensure the highest precision in the HYPERTURN 690. Built-in linear dimensions are available as an option. Both spindles are equipped with a direct measuring system. The position of the turrets also
permits the use of extended tools on both spindles. Optimum force transfer is achieved by the very wide distances between the bearing points of the carriages and both headstocks. Both the oil and cooling water cycles of the headstocks are electronically monitored and kept at a constant temperature.
|
|
Highly precise 6-sided complete machining of complex workpieces has never been easier than with the expanded GMX linear series. The new GMX 250 S linear with dual channel shop-floor programming - for programming time reductions of up to 70% in comparison to DIN. In addition, the new GMX 200 S / 250 S linear machines are easy to operate, due to shop-floor oriented visual programming and 3D-simulation with collision control. The GMX linear series machines deliver perfect performance, whether for turning, boring or milling of chuck, bar and shaft workpieces.
|
|
|
RS-Series turning centers are unmatched in the industry for high precision. Vibration control, thermal stability and accuracy result in superior part roundness, surface finish and unparalleled SPC (statistical process control) capability.
|
|
|
|
|
|
Mini-turn with numerical control charly4T
Simplicity for the turning of prototypes and small series, technology for the performance.
Extremely of its know-how out of machines with numerical control and eager to meet a need many time expressed by its customers, Charlyrobot innovates and proposes charly4T, its Minis Turn CN, without equivalent on the market.
Lespointsforts
ISO programming, standard of industry.
Allows the principal operations of turning (raising, slide-lathing, throat, boring, drilling, threading, follow-up of complex profiles).
Continuous variation the speed of pin allowing machining at cutting speed constant.
Allows machining at speed in advance constant.
Automatic turret 4 tool holders (in option).
Catches of origins automated with feeler of tools 4 directions.
Inversion of the direction of rotation of pin per program.
Design and ergonomics.
Compactness.
Graphic and automatic programming by software of CFAO.
And setting ease of use in œ uvre ideal for prototyping and the small series.
Turning of tender materials and tender metals (brass, aluminum,...).
The quality and recognized industrial performances of the machines charlyrobot.
Conform to the European directive Machines 98/37/CE and adapted to the future Directive Machines 2006/42/CE (obligatory as from the 12/29/2009).
|
|
Main and sub spindles synchronization:
C1 and C2 axes provide positioning resolution up to 0.015 degree to accomplish three dimensional contouring.
Y-axis:
With +/-50 mm of stroke is available for performing thread milling, complex off-center milling and drilling operations on the main or sub-spindle by combing live tool turret.
|
|
The INTEGREX is the most widely used multi-tasking machine tool in the world.
Mazak multi-tasking machines have been well received by customers all over the world. Equipped with the MAZATROL MATRIX and many newly developed features, Multi-tasking machines provide innovation to 21st century manufacturing industry. From raw material to finished component in a single machine set-up: "DONE-IN-ONE".
|
|
SKL vertical lathes and vertical turning centers
The SKL vertical lathes are manufactured in three sizes with table diameters of 800, 1.000 and 1.250 mm. These machines are different from all other machine types manufactured in TOSHULIN, a.s. They consist of the welded frame formed by the bed, by the columns, by the railhead and by the ram. The machine cross rail provides the connection between the columns in a very effective way. It is fixed together with these columns. Moreover, the two-column conception enables to increase considerably the swing for machining towards the table diameter.
|
|
The TRAUB Turn-Mill Center are intended for the economical complete machining of complex parts on a single machine. Turning and milling operations, as well as the implementation of other machining processes such as polygon turning, profile and flat milling, the production of special threads or the integration of laser machining, demonstrate the possibilities of this product line. The decisive factor is not the multitude of variants, but the profit you make. You pay only for what you need.
TNX80/65
- Simultaneous and independent machining with up to 4 tool carriers
- Powerful drives on identical main and counter spindle
- Powerful tool drives on all turrets for perfect complete machining
- All tool carriers can be equipped with an Y-axis
- Precise tool holder positioning requires no alignment and no adjustment
- Vertical tool carrier with B-axis
- Large-sized and freely accessible working area
|
|
- Main and counterspindle with the same design and power
- Flexibility and short set-up times due to the Multi Function Units and automatic tool magazines
- Short tool change travels and reduced chip-to-chip times
- Full 5 axis interpolation for the machining of the most complex contours
- Driven tools for all machining tasks in C, Y and B axis
- True turn-mill center with up to 2 motor milling spindles
|
|
- Identical main and counter spindle for complete machining
- Cycle time reduction by simultaneous machining at the main- and counter spindles
- Y/B-axis option for inclined, off-center drilling and milling
- 6-tool magazine for the additional milling spindle
- Quick, simple tool measuring on the machine
- Gantry workpiece receiving attachment for workpiece loading and unloading
|
|
Milling-turning centers with one milling spindle and one or two turning spindles for fully automated complete machining from blank bar or from chuck.
Maximum workpiece quality by complete machining on one machining center.
Highest flexibility - Milling, drilling, thread cutting, external/internal turning, facing and contour turning - all machining technologies are possible.
Minimum setup cost and setup time thanks to innovative chucking concept - reduction of throughput time by 70 % - idle time becomes a foreign word.
|
|
Modular high-performance CNC-turn-mill-centers
The UniCen is a turning and milling center with integrated B-axis where all requirements for complete machining have already been implemented: turning, milling, drilling and thread-cutting all on one machine. The workpiece is loaded on one machine only and can then be finished completely. With up to five interpolating axes even complex free form faces can be machined.
|
|
|
|
|
|
The Unicom 6000 machining centre is ideally suited for vertical turning and multi-sided machining of complex components. This highly flexible and powerful machining centre for complete machining results from the continuous development of vertical machining centres over a period of more than 25 years.
The concept of Unicom 6000 is based on a moving table with integrated carousel turning station and an interface that can receive pallets of up to 2.500 mm in diameter. The table movement is designated as Y-axis and it runs underneath a traverse with cross slide and spindle carrier. The movements of cross slide and spindle carrier are designated as X-and Z-axis respectively.
Unicom 6000:
4-Axes complete machining centre with HSK100-A interface, carousel turning station and pallet changer. The machine can be equipped with a right angular head or a universal head, in combination with C-axis mode in the carousel turning station.
Unicom 6000-HV:
5-Axes complete machining centre with carousel turning station, pallet changer and HSK 63-A interface in the integrated Unisign Nutator NC machining head as 5th axis, in combination with C-axis mode in the carousel turning station. This configuration is capable of 5-axes machining of complex components.
|
|
Highly productive milling-turning centers with one (MT) or two (MT-TWIN) milling spindles and one or two turning spindle(s) for complete machining of semi-finished products and saw sections.
Maximum workpiece quality by complete machining on one machining center. Workpiece clamping is done by means of clamping chuck or device.
The MT-S is designed for highest flexibility and ideal for small batches. The MT and MT-TWIN series offer maximum productivity for medium and large batches.
Reduction of costs per part by up to 30 % thanks to TWIN technology and 5-axes complete machining.
|
|
|
|
|
|
= NT6600 DCG =
X: 1,040 mm, Y: ±330/ +330 -280 , Z: 6,150mm
The NT6600 DCG integrated mill turn center for large workpieces in all industries, including aircraft parts, construction machinery, and automobile parts, was developed to incorporate machining capabilities that surpass those of machining centers and lathes into a single, ultimate machine. An optimum combination of Mori Seiki's unique DCG (Driven at the Center of Gravity), DDM (Direct Drive Motor), and ORC (Octagonal RAM Construction) technologies in a new, high-rigidity mechanical structure achieves high-speed, high-precision machining. Inheriting the superb performance of the NT Series and representing a further step forward with support for long and large-diameter workpieces, the NT6600 DCG is the ultimate integrated mill turn center.
The NT6600 DCG boasts a maximum machining length of 6,076 mm, a maximum machining diameter of 1,070 mm, and a Y-axis travel distance of 660 mm, all number one in the world. This integrated mill turn center is also the fastest with a Z-axis travel speed of 32 m/min and a tool change time of 10 seconds or less. In addition, a long boring bar suitable for Tool-tip ATC and up to three rests (two when the distance between center is 3000 or 4000) are available as options to help achieve high-speed, high precision machining of large workpieces.
|
|
= NT4250 DCG/1500SZ =
Machining centers and lathes.The fusion of two cutting-edge
technologies leads us into a new era of multi-axis machines.
What customers want from a multi-axis machine is simple: increased
productivity from basic cutting processes.
Mori Seiki has thoroughly examined market needs, and arrived at one main conclusion: the market requires a multi-axis machine that possesses machining abilities beyond those offered by machining centers and lathes
individually.
By combining Mori Seiki's original, cutting-edge technologies, the milling ability of the NH Series horizontal machine centers and the turning ability of the NL Series CNC lathes, the NT Series, the ultimate integrated mill turn center, becomes a reality.
With greater productivity than all other machine tools, the NT Series is leading the industry to a new era of multi-axis machines.
|
|
|
|
|
|
The NT1000 has a maximum turning diameter of ö 370 mm and maximum turning length of 400 mm, and employs Mori Seiki's original technologies of DDM(Direct Drive Motor) and ORC (Octagonal Ram Construction).
As measures against thermal displacement, the headstock of Spindle 1 has a mechanism in which the center of the spindle always stays the same height, and both Spindle 1 and the tool spindle use a high-accuracy cooling system.
By taking advantage of these features, the NT1000 offers high-precision machining of small precision parts.
* A workpiece discharge unit with a workpiece transfer function is equipped as standard
* The machine has approximately 40% smaller floor space than conventional machines
* A workpiece discharge unit handles integrated machining from bar or slug stocks to finished products
* The heat-symmetrical structure of Octagonal Rum Construction offers stable accuracy
* High-flexibility B-axis provides high-speed, high-precision machining with a smooth, backlash-free motion
* The center of the spindle always stays the same height
* ESPRIT CAM software as standard specifi cations
|
|
|
Multiax, manufacturer of high-tech and reliable CNC solutions, has been developing a new 5 Axis Milling Center Series particularly fit for fast and accurate machining of complex 3D surfaces, very common in the plastic and composites industry. The T Series has been studied to be productive, reliable, easy to use, to meet most recent customer expectations, also in terms of safety.
|
|
Simultan
Centre hole UGV
The very fast and precise multipurpose machine
HIGH SPEED MACHINING %u2013 ALUMINIUM, TITANIUM
HSK A 63-SPINDEL
- 45 kW from 12.000 to 30.000 RPM
- 32 Nm up to 12.000 RPM
LINEAR AXIS
- Feed : 50 m/min
- Stroke X %u2013 Y %u2013 Z : 600 mm
- Course X %u2013 Y %u2013 Z : 600 mm
ROTARY AXIS (Torque Motors)
- Feed: 200 RPM
- C-Axis : n x 360°
- A-Axis : -45° -> 120°
PALETS
- Diameter: 260 mm
- Max. Load : 70 kg
NC : SIEMENS 840 D
|
|
M150
Technical Data
- Centre distance 2000/3000/5000/6500 mm
- Swing over top slide 1500 mm
- Swing over bottom slide 1590/1570/1510/1470 mm
- Standard chuck ø 800 mm
- Max. power main spindle at 100% duty cycle 60/90 kW
- Max. torque main spindle at 100% duty cycle 4470/10248
- Max. speed main spindle 1600/1000 min-1
- Max. power milling spindle at 100% duty cycle 55 kW
- Max. torque milling spindle at 100% duty cycle 730 Nm
- Max. speed milling spindle 3200 min-1
- Max. pressure of coolant through spindle 80 bar
- Swivelling range B-axis -110/+90
- Travel Y-axis 650 (-300/+350)
- Travel X-axis 1120 mm
- Quill ø 240 mm
- Steady rest clamping ø max. on request
- Tool magazine 36/72/108 number
- Control: SIEMENS type SINUMERIK 840 D
|
|
|
|
|
|
The Leonard machines are a complete and modular range of Horizontal Lathes for the machining on medium to large work pieces with highest performances in terms of rigidity for rough operations and precision for finishing operations. The main feature of these machines is the technology of the preloaded Hydrostatic ways which are successfully used for both cross and longitudinal slides.
Other machining operations can be performed with the Leonard system, like Boring, Milling or Drilling operations. The different working units can be Combined on a column with rotating base ("B" Axis) or on different Pallets to be manually or automatically installed in the carriage.
The Leonard lathe can be supplied with different type of Steady rests according to the work piece and the required machining.On demand different accessories are available like the work piece probe, the tool probe and the Automatic tool changer.
Safop has developed some special system for the measuring of high sophisticated work pieces like the turbine rotors. The Run Out Measurement System and Blade Measurement System are used with success by the main producers of this type of work pieces.
|
|
Drilling
Machining with coolant supply through the tool, regardless if the tool is in radial, axial or in an inclined position. Accuracy-killing changes between various machines is avoided.
Thanks to very high feed forces and high power also at low speed drills with large diameter can be used with optimum performance. A single look into the speed-power-diagram or the speed-torque-diagram shows the difference...
|
|
|
|
