|
|
Rigid Meehanite casting, Heavy square (box) ways design on all axis, Four slide way design on base, Hardened & Ground square (box) ways on all axis, High precision C3 class ball-screw, Per-tension ball-screw design on all axis, All axis direct drive design, 8000rpm spindle speed.
Table size 930x460mm (36.5"x18")
Table T-slot (WxN) 18mm (0.71")x4
Max. table load (Center) 400kgs (880lbs)
X travel 860mm (34")
Y travel 510mm (20")
Z travel 610mm (24")
|
|
Rigid Meehanite casting, Heavy square (box) ways design on all axis, Four slide way design on base, Hardened & Ground square (box) ways on all axis, High precision C3 class ball-screw, Per-tension ball-screw design on all axis, All axis direct drive design, 8000rpm spindle speed.
Table size 770x330mm (30"x12")
Table T-slot (WxN) 16mm (0.63")x3
Max. table load (Center) 200kgs (440lbs)
X travel 450mm (18")
Y travel 350mm (14")
Z travel 460mm (18.1")
|
|
Rigid Meehanite casting, Heavy square (box) ways design on all axis, Four slide way design on base, Hardened & Ground square (box) ways on all axis, High precision C3 class ball-screw, Per-tension ball-screw design on all axis, All axis direct drive design, 8000rpm spindle speed.
Table size 830x405mm (32.6"x16")
Table T-slot (WxN) (32.6"x16")
Max. table load (Center) 350kgs (770lbs)
X travel 660mm (26")
Y travel 510mm (20")
Z travel 610mm (24")
|
|
Features :
- Frame design using finite element analysis
- 24-station, swing-arm automatic tool changer
- 8000 rpm belt driven spindle design with coolant ring
- Heavy-duty ball-type linear guideways in all three axes
- Large-size pre-tensioned ball screws
- Servo-driven Z-axis travel for smooth contour machining without mechanical counterweights
- Robust control software and user-friendly, ergonomic control panel
- Dual-linked front doors for easy access
- Rigid tapping
- Artificial intelligence with contour control
|
|
|
|
|
|
TK 428 - 3-axis CNC vertical machining center.
Structure robustness and high stability of all components of this machining center allow the TK 428 model to be used not only to perform machining operations on light alloys and similar materials but also on materials that require higher performances (i.e. steel, iron, etc.). The peculiarities of the machine assure an excellent superficial finishing and a better machining accuracy.
This machining center is designed for drilling and conventional milling processes and also for copy-milling operations on aluminum extruded profiles and other materials, including steel profiles up to 10 mm thick, steel reinforced PVC, and various other plastics or wood.
Standard versions are available in 3 machining lengths: 3500, 6500 and 8000 mm. Upon request the machining center can be manufactured in different lengths in order to meet the special needs of each customer.
Over the years TEKNA has produced various versions of the TK 428 model customizing it in order to machine composite and sectional panels. TEKNA has designed several systems for clamping, for automatic loading/unloading processes, for the moving of profiles as well as dust suction systems.
|
|
|
|
|
|
TK 429V - 3-axis CNC vertical machining center with superior machining capability in Y (2000 mm). It features a clamping system made up of vacuum tables that allow panels and plates to be held by vacuum; this solution is useful to obtain an extremely efficient machining of thin components that could hardly be fixed by means of a traditional clamping system.
The TK 429V is equipped with a series of valves that turn on/off different areas of the machining table, thus concentrating the suction on one area and optimizing the clamping of components with limited dimensions.
This machining center is designed for drilling and interpolated milling operations on composite panels, panels and plates in aluminum, stainless steel, titanium and on aluminum profiles.
Standard versions are available in 3 machining lengths: 4000, 6500 and 8200 mm. Upon request the machining center can be manufactured in different lengths in order to meet the special needs of each customer.
The two longer versions of this model can be used in the TWIN mode that allows to divide the machining area into two distinct areas thus reducing the idle time due to loading/unloading operations.
It is available also in the TK 429VF version that is equipped with 4 machining axes.
|
|
CFV 1050
MAG Cincinnati's new generation of CFV (Cast Frame Vertical) machining centers enable you to produce more parts, more accurately and more profitably. Constructed for rigidity, power and efficiency, the CFV platform delivers smoother finishes, shorter programming and set-up times and new possibilities to increase your bottom line.
The CFV 1050 offers a wider table making it ideal for large molds and deeper parts.
|
|
|
|
|
|
TK 429 P - 3-axis CNC vertical machining center.
Specifically designed to manufacture sectional panels, this model is equipped with a clamping system that can be rapidly adjusted to the width of the loaded panel, in order to fix panels with different widths without modifying the tooling-up of the machine. It features a fixed bar and a mobile bar that shifts along the Y axis and performs the clamping operation through pneumatic pistons.
Rollers mounted under the machining table ease the movement, allowing the simple loading/unloading of panels and the removal of chips.
This machining center is designed for drilling and conventional milling processes and also for copy-milling operations on aluminum and steel sectional profiles, for industrial heavy doors and garage doors and for sandwich panels with polyurethane foam cores for walls and coatings, etc.
In order to simplify the machining process, TEKNA has developed a software for the manufacturing of industrial doors, that is able to automatically create programs.
|
|
Description
MAKINO's V-series which has been developed especially for the mold construction offers an extensive performance spectrum and a multitude of constructive solutions. These guarantee permanent process stability and accuracy and the best quality surface finish.
The machining centres of the V-series are distinguished in particular by the rigidity and stability of the components, its outstanding damping properties and the uncompromising design of the machine structure. MAKINO sets new standards for the modern mold construction.
Constant developments in technologies are the basis for fulfilling the requirements of the mold construction with the highest quality of production.
|
|
|
|
|
|
480 Series
Machining centers that offer a range of productivity and performance enhancing features, including an automatic rotary pallet changer. Our Vertical Pallet changers are extremely suitable for a diverse range of jobs and machining applications designed to increase your productivity...fast!
700 Series
Bridgeport Machines new generation Automatic Pallet Changing Vertical Machining Center is a fully digital, high quality machine tool, designed to achieve maximum capacity and performance in the Aerospace, Mould & Die, Telecommunication Industries and many other manufacturing sectors. This machine has been developed to provide a powerful and precise solution to meet the demands of the metal cutting user.
XR 1000 APC
The XR 1000 APC was designed to increase your productivity...fast. As well as having built-in automation via 2-station APC capability and 32-position ATC, the machine also is equipped with a number of performance enhancing features that are fitted as standard-i.e. swarf management system, chip conveyor, chip augers, coolant wash gun and spindle oil chiller.
|
|
|
M2 ROTOPALLET the versatility of the machine structure of the series M made possible SERRTECH the realization of the M2, a vertical processing center “Rotopallet”. This model with pallet change-over switch is a machine, which is aligned to customers, who need high speeds as well as high accuracies, reliability and the reduction and of the unloading times with the machine cutting. A goal of SERRTECH was it to build machines which make an optimal service as well as maintenance work possible.
|
|
DATRON M10 Power
The most powerful HSC machining system from DATRON!
The DATRON M10 Power machining system combines productivity, flexibility of use and a large work area and requires little floor space. With a high manufacturing quality and low costs per piece, this machine will put you a significant step ahead of your competitors.
|
|
CFV 1300
MAG Cincinnati's new generation of CFV (Cast Frame Vertical) machining centers enable you to produce more parts, more accurately and more profitably. Constructed for rigidity, power and efficiency, the CFV platform delivers smoother finishes, shorter programming and set-up times and new possibilities to increase your bottom line.
The CFV 1300 is the largest machine in the CFV family, making it ideal for the machining of long parts to take advantage of its 1370 mm long worktable. It is also great for multiple setups to increase profitability.
|
|
The entry level machine (XR 1500) has a 10,000rpm, 30kW (40.2hp) 40 taper SKF belt-driven spindle. Faster spindle speeds are available on the more advanced (XR 1500 HP) model which provides users with 15,000rpm from its 30kW (40.2hp) 40 taper SKF directly-driven spindle. And the last model in the range is the XR 1500 HPD - a real powerhouse of a machine - that comes with a ZF two-speed gearbox and achieves 7,500rpm and 764Nm torque (557ft-lb)from its 30kW (40.2hp) 50 taper SKF belt-driven spindle. All spindles are specified with face and taper capability.
|
|
M5 - LINEAR DRIVE , It's a new VERTICAL MACHINING CENTER TRAVELLING COLUMN with linear motor Fanuc on X axe.
This machine can be used also in pendular configuration permitting maximum capabilities as well as a X axis travel of 875 mm on both working area.
Moreover, the ‘M5’ machine is equipped with two indipendent tool storages having 30 tools capacity everyone.
X axis travel 2.200mm
Y axis travel 600 mm
Z axis travel 640 mm
Table Working surface 2400x600 mm
Max loading capacity 6000Kg
Electro-spindle speed 12000 rpm (15000-24000 opt)
Max electro-spindle power for 30 min/continuous 35 - 22.5 kW
Max electro-spindle torque 120 Nm
Axes characteristcs Rapid feedrate (x-y-z) 60 m/min
Work feedrate (x-y-z) 60 m/min *
|
|
DATRON M8 XL - 1600
Large-Format
Machining System
The machining system M8 XL-1500 is specially designed for the precise machining of large-format workpieces. The useable traverse path is 1,020 mm x 1,500 mm with a floor space of 1,850 mm x 2,400 x 1,950 mm. The solid vibration-damped construction with precision linear guides is the basis for high production quality, even whilst machining at high speed. The large swing doors at the front and rear side of the machine enable easy loading of the machine.
|
|
DATRON M7
The new DATRON machining system M7 will substantially increase your machining speed and quality. With a floor space of only 1300 mm x 1300 mm this compact machine offers a traverse path of 520 mm x 650 mm x 240 mm. The solid Granite construction ensures very dynamic CNC milling and at the same time high surface quality. Robust high-torque machining spindles or precisions spindles up to 60.000 rpm are available, tailored to your application requirements. With this compact and low-priced “power house” the precise ma-
chining of Aluminium and Plastics in 2D or 3D can now be carried out much more effectively and economically.
|
|
CFV 550
MAG Cincinnati's new generation of CFV (Cast Frame Vertical) machining centers enable you to produce more parts, more accurately and more profitably. Constructed for rigidity, power and efficiency, the CFV platform delivers smoother finishes, shorter programming and set-up times and new possibilities to increase your bottom line.
The CFV 550 offers high precision machining in a very compact footprint, ideal for small parts or small set-ups.
|
|
self-center SCV-915
Vertical type, spindle tape No.20, column-traverse compact machining center. It is the best suited for high-speed and high-precision machining of small workpieces
Features
- Main spindle of 17,000 min-1 as standard and 20,000 min-1 optional.
- Main spindle acceleration time and feed axis acceleration/deceleration times are greatly enhanced.
- Pallet changes using the turn table is also available.
|
|
|
|
|
|
Electronic :
Charlyrobot CNR3 micro-step digital control.
3 to 5 interpolated electronic axes.
Communication: serial RS232
Power supply 240 volts or option 110 volts single phase + earth
Installed power: 2KW with HF spindle 1.1 KW.
Drive :
Stepped motor, micro-step management.
Ball screw diameter 12 mm with a thread of 5 mm on X, Y and Z.
Guides by prismatic rails with ball recirculation shoes on X and Y.
Protection of axes by lip seals on X, Y and Z.
Greaser on guide shoe and drive ball screw bushing.
Options :
Microlubrification
Floating suction sensor in Z, for 2D application only.
Standard 600 W spindle with speed converter by mecanical potentiometer on the spindle. Rotation of 8000 to 24000 rpm. Maximum tightening diameter of 8 mm.
High frequency spindle 1.1 KW without tool changer with electronic frequency converter controlled by potentiometer on the front panel. Rotation of 6000 to 24000 rpm, EX20 collet with maximum tightening diameter of 13 mm.
Safety :
Integral cover with 180° vision, very bright.
Compliant with the European Directive "machine n° 98/37/CE".
"Punch button" type emergency stop.
Cover opening detection.
Electromagnetic cover locking, controlled by the spindle
|
|
|
|
|
|
Electronic :
Charlyrobot CNR3 micro-step digital control.
3 to 5 interpolated electronic axes.
Communication: serial RS232
Power supply 240 volts or option 110 volts single phase + earth
Installed power: 2KW with HF spindle 1.1 KW.
Drive :
Stepped motor, micro-step management.
Ball screw diameter 12 mm with a thread of 5 mm on X, Y and Z.
Guides by prismatic rails with ball recirculation shoes on X and Y.
Protection of axes by lip seals on X, Y and Z.
Greaser on guide shoe and drive ball screw bushing.
Options :
Microlubrification
Floating suction sensor in Z, for 2D application only.
Standard 600 W spindle with speed converter by mecanical potentiometer on the spindle. Rotation of 8000 to 24000 rpm. Maximum tightening diameter of 8 mm.
High frequency spindle 1.1 KW without tool changer with electronic frequency converter controlled by potentiometer on the front panel. Rotation of 6000 to 24000 rpm, EX20 collet with maximum tightening diameter of 13 mm.
4th axis (brushless).
Bushless servo motors with CNR3 digital control, 3 axes extensible to 5.
Vaccum table.
Safety :
Integral cover with 180° vision, very bright.
Compliant with the European Directive "machine n° 98/37/CE".
"Punch button" type emergency stop.
Cover opening detection.
Electromagnetic cover locking, controlled by the spindle
|
|
Traveling Column Series
Gain Productivity and Increase Flexibility.
MAG Cincinnati's Traveling Column Series of machining centers are modular in design to provide flexible solutions. The X-Y-Z machine axes are behind the spindle to provide highly efficient processing with virtually no restrictions on workpiece weight or size.
|
|
|
M4- The versatility of the machine structure of the series M made SERRTECH the realization of the model for M4 possible with a Verfahrweg on the x axis of 1650 mm. This processing center permitted by the option „TREATMENT OF PENDULUMS “which of an additional unabähngigen tool shop with 30 tool places and a partition wall consists, the treatment in the pendulum enterprise, with a Verfahrweg on both sides of the x axis of in each case 600 mm X-Y-Z axle: 1,650-600-640 mm of work surface: 1.800x600 mm
|
|
|
The V22 is a compact vertical machining center that meets today's rigorous requirements for high-accuracy machining. It is ideal for machining the small molds of mobile phone and digital camera components, IC molds, connectors and engineering plastics, as well as electrodes and the small precision parts of medical instruments and semiconductor devices. The V22 vertical machining center provides precision, accuracy and excellent stability in a compact unit. Designed to machine complex materials, including ceramics, intricate cores and cavities, the V22 offers a standard 8,4kW continuous, 40,000-RPM spindle that is complemented by Makinos patented core cooling and under-race lubrication system. Integrally cast with the machine, the V22s slideways provide high accuracy and rigidity.
|
|
|
|
|
|
With its XS 211 / XS 321 machining center concept, MAG Powertrain is setting a new standard in the field of "Lean“ production. MAG Powertrain engineers have developed a manufacturing concept to meet the highest technological requirements at the lowest cost.
The result is a machining center with MAG Powertrain quality at an unbeatably low price. The XS 211 / XS 321 machine design is based on the MAG Powertrain modular machine concept. This guarantees that every machine can be individually constructed to meet a customer’s requirements. Whether aluminum, steel or grey cast iron machining, the XS 211 / XS 321 is the right solution for your manufacturing process.
The machine concept is designed for medium to high volume manufacturing. A special feature of the XS series is that of system integration. The advantage is that, with different automation interfaces, XS machining centers can be easily integrated into existing production systems.
Advantages of the XS 211 / XS 321
- Low initial investment
- Three-point location
- Use of well-proved components
- Short commissioning time
- Flexible automation concepts (front and top loading)
- The machine can be easily adapted to customer needs
- Very compact machine design
- Small footprint of machining center
- Excellent accessibility
- Available with Siemens or Fanuc control
- Modular machine structure
- Proven MAG Powertrain principle
- Directly driven table
- Column with X/Y cross slide
|
|
The entry level machine (XR 1500) has a 10,000rpm, 30kW (40.2hp) 40 taper SKF belt-driven spindle. Faster spindle speeds are available on the more advanced (XR 1500 HP) model which provides users with 15,000rpm from its 30kW (40.2hp) 40 taper SKF directly-driven spindle. And the last model in the range is the XR 1500 HPD - a real powerhouse of a machine - that comes with a ZF two-speed gearbox and achieves 7,500rpm and 764Nm torque (557ft-lb)from its 30kW (40.2hp) 50 taper SKF belt-driven spindle. All spindles are specified with face and taper capability.
|
|
DATRON M7 HP
The new DATRON machining system M7HP will substantially increase your machining speed and quality. With a floor space of only 1,300 mm x 1,300 mm this compact machine offers a traverse path of 520 mm x 650 mm x 240 mm. The solid Granite construction ensures very dynamic CNC milling and at the same time high surface quality. Robust high-torque machining spindles or precisions spindles up to 50.000 rpm are available, tailored to your application requirements. With this compact and low-priced “power house” the precise machining of Aluminium and Plastics in 2D or 3D can now be carried out much more effectively and economically.
|
|
FB127
The FB127 vertical machining center has been developed with all of the various machining elements needed for high-accuracy jobs that do not allow even a few microns of error. Among other products, the FB127 is well-suited to machining ultra-precise jigs, pressure plates for dies/molds and X-Y tables for precision machines. An ultra-low vibration spindle facilitates fine boring, and outstanding dynamic performance free of lost motion supports contour machining A jig grinding head attachment is also available for machining hardened materials. In addition, Hale Machining can be done with non-rotary tools using the Cs axis, and high-quality machining can be performed with a ball end mill. These and other remarkable capabilities of the new FB127 go far beyond the normal performance of ordinary machining centers.
|
|
|
|
|
|
HS650L
Super High-accuracy milling machine
The Sodick dynamic linear technology comes into operation with the new Sodick high-speed milling machine HS650L as well.
The very high specification for the HS650L results in extremely high levels of accuracy, far beyond those normally associated with high speed milling, making it particularly appropriate for mould and die applications which call for maximum precision and surface quality, for example in the optical and electronic communication sectors.
This high precision, linear motor drive machining centre offers the high rigidity, accuracy and performance that customers have come to expect of the smaller HS430, but with a larger table, extended stroke and open height, increased maximum tool length, and double the linear motor output power.
To ensure that the very high levels of dynamics and precision can be applied optimally to work-pieces, the HS650L machine bed features a cast construction for rigidity and stability – as evidenced by the machine weight of 7,200kg. However, while the machine itself offers solidity and strength, the software to operate it is lightning fast state-of- the-art technology, using the Sodick Motion Control closed regulating system which ensures that impulses from the direct measuring system are sent via the CNC core in real time, without detours, directly to the drive regulator.
|
|
|
|
