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The "W" Series Vertical Lathe, primarily dedicated to the machining of light alloy aluminum wheels for the automobile industry, has been IMT Intermato's best selling machine for the past 20 years.
The most popular model, W20-T4, a four-axes machine with pallet loading system, has been produced hundreds of times over and it represents IMT's leading force, bringing along models 22, 24 and 32-all of which now form a large range of vertical lathes capable of meeting almost all existing market demands. The continuous implementation of the already sophisticated projection system has allowed IMT to fine tune and improve the
already high quality of its machines-consequently guaranteeing benefits that reflect in their safety, ergonomics and operation.
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is the biggest representative of the new program of boring machines produced by TOS VARNSDORF a.s. The machine provides high cutting performance within the entire operating area and high comfort of user functions. The combination of the progressive and traditional features of its construction and cutting-edge technology provides the user with excellent conditions for the efficient machining of large size and heavy weight workpieces while using the most demanding techological processes.
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MX-RAM FLOOR TYPE BORING-MILLING MACHINE (LINEAR GUIDES)
- The MX 7 RAM utilizes the same design concept as the MX 7 milling center with the added benefit of a live boring spindle contained within the ram.
- The milling ram is captured on all sides within the headstock. Anti-friction material sliding on cast iron way surfaces and linear roller packs riding on hardened way surfaces are combined to give the ram superior vibration damping, rigidity and accuracy.
- Longitudinal ram and boring spindle growth is controlled through the use of a chiller system and temperature monitoring probes located throughout the ram/spindle assembly.
- Four linear guideways, two in the front and two at the rear of the column, capture the headstock within the column and provide the machine with enhanced rigidity and stability.
- The wide cast iron bed of the MX7 RAM provides an ultra-stable platform. Fitted with linear guideways, the bed structure allows accurate machining of large parts at rapid feed rates.
TRAVELS : X=4.000-30.000 mm Y=2.000-4.500mm Z=1.000-1.200 mm
BORING BAR : DIAMETER 130-150-160 mm W=700-800 mm 37-51 KW
UNIVERSAL HEAD 2,5ºx2,5º/1ºx1º/0,1ºx0,1º - 37 KW - 5.000/24.000 RPM
TWIST HEAD 2 CONTINUOUS AXES 0,001º: A +/-105º C +/- 185º 5.000/24.000 RPM ( MECHANICAL & ELECTROSPINDLE HEADS )
ATC TOOL CHANGER : 20-120 TOOLS
AAC PICK UP STATION : 2-6 ATTACHMENTS
ROTARY TABLES : 6-120 TONS 1000x1000 mm UP TO 4.000x5.000 mm
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F SERIES
•Longitudinal traverse, "X" axis: 3,000 to 30,000 mm
•Vertical traverse, "Y" axis: 1,400 to 5,300 mm
•Cross traverse, "Z" axis: 1,000 to 1,600 mm
•Rapid traverse X, Y, Z axes: 25,000 mm/min
•Feed range: 5-10,000 mm/min
•Digital CNC Heidenhain (Selca, Fagor, Siemens, Fidia)
•Automatic indexing heads and Orthogonal heads 30 (37)kW, 3,000 (4,000, 5,000, 6,000) rpm, with coolant through the spindle possibility
•Automatic head changing system.
•ATC 30 to 120 tools.
•Floor plates, CNC rotary tables and rotary tables with linear W axis
•CE Full splash guards
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A boring mill controlled in five axes in table-type design featuring a working envelope of 2.5 x 2.5 x 1.5 m for all-around machining of parts having a maximum weight of 10 tons.
High numbers of revolutions and feed rates in conjunction with a high performance in this size of construction ensure distinct reduction of flow times and cost. Up-to-date driving equipment and backlash-free guides as well as traversing elements are the warrant for highest precision and low-maintenance operation.
Automatic tool changers with various magazines sustain universal application of machine as a machining center.
Comprehensive accessories such as various milling heads, NC facing heads and support bearings are to enhance the universal character of machine.
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The AT120 and AT127 models are boring machines with movable column, which are equipped with two independent units:
1.a common unit for all versions, consisting of a boring head and a column, which has two controlled independent longitudinal motions;
2.a cross travel unit, which is located in right-angle position to the first unit, equipped with a rotary table.
The machine structures are made of Italian Meehanite cast-iron and have been subject to a stress relieving treatment. The system utilizes modern electronical technologies so to ensure long lifetime and high reliability of the mechanical and electronical system, as well as an extremely high precision.
Furthermore, there is the possibility to equip the machine with an automatic tool-changer and a pallet-changer. The wide range of special accessories increase the flexibility and versatility of the machine for all requirements of the customers and permits to use the AT120/127 also for millings and finishings.
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SPEEDRAM
The new family of floor type boring and milling machines SPEEDRAM 1000, SPEEDRAM 2000, SPEEDRAM 3000, SPEEDRAM 4000, SPEEDRAM 5000 is characterized by technological innovations with consolidated and firmly tested solutions.
The SPEEDRAM product family is available in a wide range of configurations of torque and power for the fields of general mechanics, power generation, earthmoving, diesel engine, aerospace, shipbuilding, etc.
SPEEDRAM is available in five basic models with ram and horizontal boring spindles of diameters ranging from 130 mm to 260 mm.
The high accuracy of the SPEEDRAM boring machines is obtained implementing innovative design and technology, severe testing procedures and accurate assembling.
The potential of the SPEEDRAM machines to satisfy all customers’ requirements is enhanced by the high quality and performance of its accessories.
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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.
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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.
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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.
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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.
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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...
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COMPLETE PLATE PROCESSING MACHINE HIGH SPEED DRILLING AND MILLING
The Fabricator XRP is a complete plate processing system combining the very best cutting, marking, drilling and milling technologies. The sub-axes drilling capability provides the drillhead with a range of movement independent of the main machine X & Y axes, creating a 250mmx250mm clamped work envelope for continuous, uninterrupted machining. The XRP is currently operational in Australia and the U.S.A. producing complex parts, straight off the table, in one set-up.
TECHNICAL DATA
Profiling speed: to 20m/min
Max spindle speed: 6000rpm
Rapid traverse: to 50m/min
Spindle torque: 210.1Nm @ 1000rpm
Max drilling power: 27kW (36hp) @ 60% duty, 30kW (40hp) for 30 min
Accuracy: ± 0.15mm
Maximum drill: 65mm
Repeatability: ± 0.1mm
Max tool diameter: 75mm all pockets full, 130mm alternate pocket empty
Cutting widths: 2m to 5m
Cutting length: 3m to 50m
Max clamping thrust: 12000N
Material thickness: 6mm – 140mm
Spindle taper: BT40
Max drilling power: 27kW (36hp) @ 60% duty cycle
Coolant system: High pressure through spindle, external coolant & plate wash
Milling capacity: up to 350mmØ while clamped
Drive system: Twin side drive Helical rack & twin pinion, backlash free gear box
Components: Hypertherm HyDefinition plasma up to 400 amp, 5-axis bevel head, oxy-fuel systems, marking systems, BT40 spindle taper with 40 tool changer, raise/lower water table and touch screen controller. All Siemens servos and drives.
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The TIPO B machines are designed to comply with the different requirements when automatically processing in one cycle large plates and medium/high thicknesses, ensuring high quality, precision, productivity and flexibility. These lines are flexible CNC centers capable of complying with the requirements of both traditional steel fabricators and all types of industry requiring flat components in steel for their particular needs. Besides punching and plasma cutting units, daisy wheel marking unit, drilling/milling head, automatic tool changer , oxy-cutting unit and automatic unloading devices are also available. The plate positioning is granted by two carriages with pincher assuring high precision even when heavy plates are processed.
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CNC GEKA solutions for automatic punching of plates, PAXY range, are designed for solving the needs of punching thick plates. The tedious and time consuming operations previous to punching of plates like centre marking and manual positioning are solved automatically by the PAXY range. These solutions will help you increase productivity, reduce costs and increase accuracy.
PAXY range has a wide versatility and can be equipped with several options to customize the machine to each customer's needs. PAXY 1000/1500/2000 is a fully automatic solution to punch plates from 4 to 40 mm and up to 2000x750 mm size. Thanks to its automatic movement with material clamping, punching of any plate is fast and easily completed.
On the other hand, PAXY X plus range is designed to punch automatically long plates.
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PG Marking, punching and drilling machine for plates and gussets
PG range: PG 83 PG 83 P PG 116 PG 116 S PG 116 P PG 2000
Simple, inexpensive and fast machines
The machines from the PG range are powerful and fast, while combining at the same time operations such as marking, punching, drilling, pop marking, deburring and tapping for working on large-size plates and gussets (up to 2000 x 1000 x 40 mm).
The layout of the clamps inside the machine gooseneck frees the working space and makes handling of parts to machine easy.
Easy programming and use thanks to the computer-assisted manufacturing softwares and the numeric control system.
The machines in the PG range are inexpensive and fast, and satisfy most requirements in a structural steel workshop. The layout of the clamps gives the operator space and safety, important factors ensuring high productivity.
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This is the most modern, rapid and flexible CNC line to punch plates. Its main features are: low-cost; easy installation; reduced dimensions; easy programming; flexibility for small/medium size pieces. Besides the multi-tool punching station, a marking tool and a drilling head are also available. The plate positioning is granted by a two-pincher coordinate table assuring high precision while processing.
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COMPLETE PLATE PROCESSING MACHINE HIGH SPEED DRILLING AND MILLING
The Fabricator XRP is a complete plate processing system combining the very best cutting, marking, drilling and milling technologies. The sub-axes drilling capability provides the drillhead with a range of movement independent of the main machine X & Y axes, creating a 250mmx250mm clamped work envelope for continuous, uninterrupted machining. The XRP is currently operational in Australia and the U.S.A. producing complex parts, straight off the table, in one set-up.
TECHNICAL DATA
Profiling speed: to 20m/min
Max spindle speed: 6000rpm
Rapid traverse: to 50m/min
Spindle torque: 210.1Nm @ 1000rpm
Max drilling power: 27kW (36hp) @ 60% duty, 30kW (40hp) for 30 min
Accuracy: ± 0.15mm
Maximum drill: 65mm
Repeatability: ± 0.1mm
Max tool diameter: 75mm all pockets full, 130mm alternate pocket empty
Cutting widths: 2m to 5m
Cutting length: 3m to 50m
Max clamping thrust: 12000N
Material thickness: 6mm – 140mm
Spindle taper: BT40
Max drilling power: 27kW (36hp) @ 60% duty cycle
Coolant system: High pressure through spindle, external coolant & plate wash
Milling capacity: up to 350mmØ while clamped
Drive system: Twin side drive Helical rack & twin pinion, backlash free gear box
Components: Hypertherm HyDefinition plasma up to 400 amp, 5-axis bevel head, oxy-fuel systems, marking systems, BT40 spindle taper with 40 tool changer, raise/lower water table and touch screen controller. All Siemens servos and drives.
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The TIPO B machines are designed to comply with the different requirements when automatically processing in one cycle large plates and medium/high thicknesses, ensuring high quality, precision, productivity and flexibility. These lines are flexible CNC centers capable of complying with the requirements of both traditional steel fabricators and all types of industry requiring flat components in steel for their particular needs. Besides punching and plasma cutting units, daisy wheel marking unit, drilling/milling head, automatic tool changer , oxy-cutting unit and automatic unloading devices are also available. The plate positioning is granted by two carriages with pincher assuring high precision even when heavy plates are processed.
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| ... products without technical information |
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COMPLETE PLATE PROCESSING MACHINE HIGH SPEED DRILLING AND MILLING
The Fabricator XRP is a complete plate processing system combining the very best cutting, marking, drilling and milling technologies. The sub-axes drilling capability provides the drillhead with a range of movement independent of the main machine X & Y axes, creating a 250mmx250mm clamped work envelope for continuous, uninterrupted machining. The XRP is currently operational in Australia and the U.S.A. producing complex parts, straight off the table, in one set-up.
TECHNICAL DATA
Profiling speed: to 20m/min
Max spindle speed: 6000rpm
Rapid traverse: to 50m/min
Spindle torque: 210.1Nm @ 1000rpm
Max drilling power: 27kW (36hp) @ 60% duty, 30kW (40hp) for 30 min
Accuracy: ± 0.15mm
Maximum drill: 65mm
Repeatability: ± 0.1mm
Max tool diameter: 75mm all pockets full, 130mm alternate pocket empty
Cutting widths: 2m to 5m
Cutting length: 3m to 50m
Max clamping thrust: 12000N
Material thickness: 6mm – 140mm
Spindle taper: BT40
Max drilling power: 27kW (36hp) @ 60% duty cycle
Coolant system: High pressure through spindle, external coolant & plate wash
Milling capacity: up to 350mmØ while clamped
Drive system: Twin side drive Helical rack & twin pinion, backlash free gear box
Components: Hypertherm HyDefinition plasma up to 400 amp, 5-axis bevel head, oxy-fuel systems, marking systems, BT40 spindle taper with 40 tool changer, raise/lower water table and touch screen controller. All Siemens servos and drives.
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The TIPO B machines are designed to comply with the different requirements when automatically processing in one cycle large plates and medium/high thicknesses, ensuring high quality, precision, productivity and flexibility. These lines are flexible CNC centers capable of complying with the requirements of both traditional steel fabricators and all types of industry requiring flat components in steel for their particular needs. Besides punching and plasma cutting units, daisy wheel marking unit, drilling/milling head, automatic tool changer , oxy-cutting unit and automatic unloading devices are also available. The plate positioning is granted by two carriages with pincher assuring high precision even when heavy plates are processed.
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