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CNC LATHES
Haas CNC lathes give you a choice of 15-, 20-, 30- or 40-horsepower drive systems and up to 7000 rpm. All models feature the Haas-built vector drive for maximum torque and peak performance under heavy cutting loads, and wye-delta switching provides high torque values and constant horsepower over a wide rpm range. Work envelopes for the SL series lathes range from 279 x 356 mm for the small-footprint SL-10 to the generous 635 x 2032 mm max capacity of the SL-40L long-bed lathe.
The new Haas Toolroom Lathes, with a functional range from manual operation to full CNC, feature the Haas Intuitive Turning System, a proprietary conversational operating system that makes cutting parts and creating programs nearly effortless. The Toolroom Lathes operate in four modes: manual, semi-automatic, full automatic or full CNC. High-accuracy digital read-out makes manual positioning easy, and the Haas conversational programming system makes G-code positioning even easier.
All SL models feature reliable brushless axis drives and are available with fully programmable tailstocks (the SL-10 has a manually adjusted tailstock with a hydraulic quill). SL series lathes feature 10- or 12-position turrets that index to the next tool in less than 1 second. Big-Bore models provide more power and larger bar capacity without stepping up to a larger machine, and live-tooling and C-axis options are available on most models for driving standard 40 mm VDI rotary tools to perform secondary operations without re-fixturing.
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The new CTX alpha / beta / gamma series: intelligent tool box system, from the single spindle chuck machine to the universal turning-milling centre. The CTX series offers added value in every aspect: in the work area, for performance, torque, efficiency and ergonomics. It features a 19" screen on the DMG ERGOline® Control, for comfortable shop-floor programming with Siemens ShopTurn or Heidenhain TurnPlus with 3D-simulation.
CTX 10-series: sophisticated complete machining with high-tech components. Expansion options: for example, driven tools, Y-axis, 12x-servo turret with indexing times as low as 0.1 seconds, and tail stock in monoBLOCK® design.
CTX linear series: perfect for complex applications, including complete machining with Y-axis and counter spindle. Increased productivity due to linear drive and high-end controls.
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The benchmark for productivity and flexibility. The NEF 400 and NEF 600 machines guarantee a level of performance never before achieved in this price-performance category. The high-tech components of the latest NEF generation make professional, efficient, and precise turning available even to the entry-level user. NEF users benefit from high flexibility for single workpiece-manufacturing and achieve maximum precision and dynamics in serial production. Numerous options allow customised configurations of the machine, to reach maximum productivity in manufacturing – from individual workpieces to small batches. The NEF series ensures success and opens up new opportunities in the market place.
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Toolroom Lathe - Every toolmaker's dream and the manual lathe by which all others are judged... the HLV Toolroom lathe. This machine features and hardened & ground dovetail bed, collet-ready spindle, and variable spindle speed drive. The Super-Precision® HLV Toolroom Lathe is versatile enough to produce a wide variety of parts with super-precise tolerances and fine surface finishes.
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The ideal combination of efficient technologies set new standards as far as productivity and cost-effectiveness is concerned. The machines in the GMC linear / ISM series are designed to cope with the highest demands in batch and highvolume serial production. Linear drives (GMC linear), integrated spindle drives and vibration-free design are what account for the outstanding performance of the GMC series. Advanced technology and features that promote efficient machining: an interconnecting spindle drum and six independent, oil-cooled motor spindles optimise the cutting parameters in realtime, meaning that you not only have four linear axes with numeric control on each spindle at your disposal, but also the C-axis and the Y-axis (optional). For the first time, linear drives have been used with the upper spindle positions 4 and 5 resulting in minimum job times with an acceleration of 2 g and a rapid traverse of 50 m/min. The movement of the remaining axes is effected with axis motors and ball screws. The linear drives with nominal feed drives of 1,450 N guarantee long-term maximum precision.
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Twin-spindle production turning centres
TWIN 42 | unique workroom concept combined with 1g acceleration
The TWIN 42 is available in two frame sizes. The flexible work-area design of the TWIN 32/42 (frame size 1 – spindle-distance 560 mm) with ...
TWIN 65 | More room for more productivity
Following the success of the TWIN 32/42, GILDEMEISTER now also offers the acclaimed work area design of the counter-spindle/tailstock combination for bar diameters of up ...
TWIN 102 | More room for more productivity
Following the success of the TWIN 32/42, GILDEMEISTER now also offers the acclaimed work area design of the counter-spindle/tailstock combination for bar diameters of up ...
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H-15D Duplex
Generous 24"X21"X18" work envelope for each of the two opposing spindles, allowing simultaneous machining of two sides of a part on a single setup. Each spindle runs independently or synchronously through GE Fanuc Cimplicity CNC. 15-hp, ISO 40 taper spindle standard with 2000, 3000, or 6000 RPM. Feedrates to 600 IPM (15.24 MPM). 6-tool ATC standard with optional 12-tool ATC for each spindle. Specify the optional 4-position index table for increased productivity. Fourth axis rotary table available for contouring.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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The EMCOMAT E-200 EASY CYCLE is intended for production-oriented users. High chip-cutting power, precision and universality are its characteristic features. The generous workspace allows large workpieces to be machined. The machine can be operated manually with hand wheels or feed keys or, with EMCO EASY CYCLE, as cycle-controlled lathe. Thereforce, it`s applicable for the production of single parts or small series. EMCO`s wide range of options covers everything you need to handle even the most complicated machining projects. The EMCOMAT E-200`s circulating ball screws free of play allow precise axes positioning.
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The EMCOMAT 14 is the smallest machine in the EMCOMAT series. It replaces the EMCO classic MAXIMAT Super 11CD. The EMCOMAT 14 is a lathe for the toughest demands:infinite speed adjustment, 5.4 kW drive performance and yet compact and highly accurate. This mini with a maximum of class can be found in every workshop where top precision is needed in a small space: in optical, electric and automobile shops, in laboratories and on the Formula 1
Produced acc. to ISO9001:2000
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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EXCELLENT CHIP DISPOSAL
- Chips and coolant drop straight down to the chip pan without accumulating up on any machine component
- Two spindles with one chip collection point. Optional left or back disposal is also possible.
GANTRY LOADER
- The Most Efficient & economical productions
- Operation can be made for machines and gantry loader with one operation panel.
- Machine and gantry loader minimizes floor space required.
- Reducing non machining time
INDEPENDENTLY OPERATED SPINDLES
- Flexibility means you can run two identical parts, or the first operation and second operation of the same part, or two completely different parts.
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The Most Optimized Lay-out, Twin Spindle Front Loading CNC Turning Center
High power built-in spindle motor was adopted
High rigidity servo turret installment
Thermally symmetrical built-in spindle to prevent heat distortion
Double anchored X-axis ball screw
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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QUICK TURN 2-Axis Turning Centers
The QUICK TURN 6G & 6T are compact turning centers with unsurpassed speed and versatility.
A variety of factory automation equipment, such as gantry loaders or bar feeders, are available to meet any kind of production requirement.
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Okuma's broad range of lathes offers a variety of bore sizes, bed lengths and optional features, 427 combinations in all. This variety allows us to create custom lathe solutions capable of meeting any production need. Many parts can be completed on a single machine. The ability to hold tight tolerances eliminates the need for separate finishing or grinding operations. Okuma's industry-leading THINC - OSP Control creates optimal operating efficiency. The Absolute Position Encoder allows for the immediate return to production in case of power loss or other machine interruption.
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= DuraTurn 2050MC =
Announcing the expanded line-up for the Dura Series,
with excellent operability and machining ability.
The DuraTurn Series, which was built for reliability and cost performance and which boasts excellent sales results, is now equipped with the new MAPPS III high-performance operating system as standard, offering a wide range of functions and superior operability.
What's more, we have also added the DuraTurn 2050MC and the DuraTurn 2550MC with a milling function using BMT (Built-in Motor Turret), in order to respond to our customers' diversifying needs.
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The range of turning centres is divided into three groups :
Lathes with three-way bed (Mod. TAU)
Lathes with four-way bed (Heavy Duty)
Turning, milling, drilling and grinding centres with three or four way bed
Each turning centre belonging to INNSE BERARDI's production range are designed and manufactured by modular systems to better meet the several requirements of our customers.
The main technical feature of our machines is the preloaded hydrostatic integral system either on axes, also on headstock and tailstock spindles are required.
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The TRAUB TNA line has an excellent reputation around the world when it comes to the machining of large chuck, shaft, and bar workpieces. Through precision, efficiency, short cycle times, and ease of use, these machines have set a new standard in their class. Starting with the standard equipment the machines can be tailored to suit any particular requirement - be it prototype production, small and medium series production, or for use in a production line.
TNA300
- Precise work spindle
- Dynamic, digitally coupled AC motor for maximum torque
- Short chip-to-chip times due to the 12 station disc-type turret with driven tools at each position
- More machining possibilities with C-axis, optional Y-axis, and steadyrest
- Tailstock with hydraulic rapid return on separate guideway
- Bar feeding by means of a bar loading magazine or an integrated handling system
- Has the option of being fitted out for automatic production
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Features
- A Combination of a High Precision Manual Lathe.
- A Lathe with Digital Readout.
- A Lathe with Powerfeed and Jog Modes.
- A Lathe with Teach Mode for CNC Turning.
- A Lathe with Fully CNC Capability Operation.
- Simple and complex parts can be turned more efficiently by utilizing manual, teach or CNC modes or combining these modes.
- All models are equipped with a frequency drive or servo drive. Therefore, spindle speeds and feedrate are infinitely variable.
- Also, the spindle speeds will automatically adjust to varying diameters keeping constant surface speed, resulting in higher quality parts and longer tool life.
- Threads tapers and contours are performed faster and more efficiently while eliminating manual set-ups.
- Radial and spherical surfaces can be turned easily without using special tools or attachments. Programming is also made easier through using canned cycles which eliminate tool-path programming by automatically figuring rough and finish passes, (tool compensation is automatic)
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Quick and precise: INDEX automatic lathes are especially designed for fast, cost-optimized production of typical automatic turned parts and complex NC turned parts.
The flexibility of CNC technology, combined with the high speed of classic automatics, allows the production of small to medium lot sizes at competitive prices. Our extensive range of attachments, including, for example, a polygonal turning attachment, allows a high degree of complete machining.
Automatics of the INDEX SpeedLine offer high performance with smallest floor space requirements.
INDEX ABC: Automatics for universal turned parts from bar stock
INDEX C42 / C65: Production turning machine with identically built main and counter spindle
INDEX C100: New productivity for parts turned from bar stock
Production turning machine with three tool carriers
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= NL3000Y/3000 =
CNC lathes recognized worldwide.
Since Mori Seiki released our very first lathe in 1968, we have unveiled more than 100 models of CNC lathes.
When we were developing our leading machine for the next generation, the greatest challenge was its milling ability.
Against this background, we completely revised the design of the turret and came up with Mori Seiki's original technology, BMT (Built-in Motor Turret), to confront the problems of heat and vibration head-on.
In 2004 we released the NL Series, which is equipped with this revolutionary turret, and in three and a half years since then it has become our best-selling series, with over 7,300 units shipped.
Here is the NL Series of high-rigidity, high-precision CNC lathes, which has overturned conventional wisdom about lathes and continues to be the
global benchmark for machine tools.
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Automatic Lathes equipped with Star Motion Control System
- Realized cycle time savings of up to 50% compared to conventional NC machines.
- Equipped with the original Star Motion Control System.
- Designed to save space with a depth of only 680 mm.
- Fast set-up times.
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- 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
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For workpieces where traditional deep drawing or ironing processes do not lead to satisfactory results due to workpiece properties or production costs, Flow Forming Machines represent the ideal solution. While there are some common applications where both flow forming and deep drawing processes are suitable, flow forming process is a unique solution if:
- End product is rotationally symmetric along its longitudinal axis
- End product aspect ratio (L/d) so high that it cannot be achieved by deep drawing
- Different wall thickness along the length is required
- Reduction in wall thickness is as high as 90%
- Improved surface finish is required together with induced cold work strength
- High dimensional accuracy is required
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NANO TURN Sub-micron Controlled High-Precision CNC Turning Center
The Nano Turn offers high machining accuracy. With a continuous machining accuracy of 2um, O.D turning roundness of 0.2um and surface finish of 0.2um, it is the ideal CNC turning center for finishing ultra precision parts.
Various cooling systems minimize thermal displacement over extended periods of operation.
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