Haas Automation Inc. EN

Haas Automation Inc.

H

EN

HORIZONTAL MACHINING CENTERS

Haas Automation, Europe +32 2 522 99 05 www.HaasCNC.com | 1

onstant improvement is a way of life at Haas Automation. We’re always looking for ways to improve our CNC products and give you – our customers – more value.

Our new generation horizontal machining centers incorporate a wide range of enhancements that make Haas HMCs better than ever before. Our engineers reviewed and improved all aspects of the machines – including motion control, coolant containment, chip evacuation, ergonomics, and serviceability – to create the highest quality, most reliable machine tools available.

In this brochure, you’ll find all the latest technological advancements, new machines, and capabilities developed by Haas Automation through constant research and ongoing product refinement.

C

ContentsThe Haas control 2-9

Rigid foundation 10-11

Motion control 12-13

Spindle & spindle drive 14-16

Pallet system 17

Toolchangers & probe system 18-19

Chip removal & coolant systems 20-21

EC-300 22-23

EC-400 24

EC-500 25

EC-400 Pallet Pool 26-27

EC-1600 28-29

ES & HS Series 30-31

Machine Specifications 32-33

Main Features

Closed System Our focus is to provide a robust, dependable control that is seamlessly integrated with the machine. Our closed system is optimized specifically for Haas machines, and does not rely on third-party NC suppliers. When you call Haas, you get a company that takes full responsibility for the entire machine.

Dedicated Keypad The Haas keypad has a full array of keys, including a complete alphanumeric keypad, and all common functions are clearly labeled for operator ease. If you’ve ever fumbled with hot keys, or had to page through screens looking for a specific function, you will appreciate the simplicity of the Haas control. There are no encrypted codes to memorize.

One-Button Features Common multi-step functions, such as setting tool offsets, have been reduced to the push of a single button. Other often-used functions, such as setting work offsets, homing the machine, and selecting the next tool during set up, are also one-button commands.

Multi-Function Jog Handle Most machines use the jog handle only to move the axes around. On Haas machines, the jog handle can also be used in other modes to cursor through the program for faster editing, override spindle speeds and feedrates, or scan through offsets, parameters, etc.

15" Color LCD Screen Our full-color, 15" TFT LCD display is designed to work in the machine shop environment. The high-intensity, high-contrast LCD features a very wide viewing angle, and will not fade out in bright light. The panel is mounted behind anti-glare, tempered glass for protection and easy viewing.

USB Port The built-in USB port allows the use of customer-supplied USB flash memory devices or external hard drives.

Memory Lock Keyswitch Locks memory to prevent program editing by unauthorized personnel. Can also be used to lock settings, parameters, offsets, and macro variables.

TAKE CONTROL

The Haas CNC ControlThe command center of your Haas machine tool.

Years of development have gone into designing the best control hardware and software in the industry.

Our HMCs pack even more innovation into what was already the industry’s greatest overall CNC control.

To ensure smooth, precise motion control, Haas HMCs use next-generation digital servomotors and high-

resolution encoders on all axes. Combined with significant software and motor-control advancements,

these yield better surface-finish performance than ever before.

2 | America’s Leading Machine Tool Builder

RETHINKING THE OBVIOUS

Three-mode simplicityFrom the beginning, the Haas control was designed to be the industry’s most user-friendly CNC available. Reliability and longevity have been its reputation, but the main thing you hear Haas owners tell other machinists is that a Haas is the easiest-to-operate CNC machine tool they have ever seen. It’s what a Haas control is all about.

The Haas control’s three-mode system gives users access to every control feature needed in each mode without having to leave the current display screen. Here are some examples of how the modes look and function.

The Setup Mode Above is the Setup mode. It’s simple. This is where you do all your machine setups. Let’s take a look at the information on the screen:

The Active Program box is displayed in the upper left. The Tool Offsets are displayed in the upper right. Below the tool offsets are the Work Zero Offsets. Below left, is the Spindle Information box displaying spindle speed, plus any override values for spindle speed, feedrate, and rapid rate. Next to that is the Position box, showing operator, work offset, machine, and distance-to-go coordinates. To the right of the position box is the Tool Management information.

Simple, clean, and easy to understand. Notice that the tool offset box (upper right) is white and the other boxes are colored. This indicates the box is active, and the cursor can be moved within the box by pressing the keypad arrow keys.


The Edit Mode After setting your offsets in the Setup mode, you’ll probably need to load a program.

Pressing the List Programs button on the keypad brings up the Edit mode, where you can access programs from any of the devices attached to the machine (e.g., internal memory, USB stick, Ethernet, etc.).

A powerful feature in the Edit mode is the Quick-Key help menu, which offers a complete list and description of all functions, including List Programs and file navigation. In the Quick-Key help menu, you’ll see the command name and the associated key for each function, along with a full description of how to perform each function. There are extensive Quick-Key help menus available from all three screens of the control interface.

In the lower-left corner of the Edit screen is the Editor Help box, which displays a description for each available topic. At the bottom-right side of the edit screen is a viewable Clipboard. Whenever you cut or copy a selection, it will be displayed in the Clipboard box.

Within the Edit mode are numerous other functions that relate to program editing, like Program Simulate (now with control over the draw speed), a secondary program display window for alternate programs, the MDI function, and Visual Quick Code capabilities.

The Operation Mode In the Operation mode, you’ll find all the information needed to run the machine – organized and available for easy access. Here’s a quick look: In the upper-left corner is the Program Display box. When executing programs containing sub-programs, both the main and the sub-program will be displayed in a split-screen box.

Just to the right are the Active G-Codes, with text descriptions, the Coolant Level Indicator, and the Active Tool information, including a graphic image of the tool type, as specified on the Tool Offsets page.

In the center of the screen is the Offset Window. Here, you can make adjustments to any offset while the machine is running. You don’t have to exit the Operation screen to change an offset.

Along the bottom on the left, note the Spindle Information box, with the override displays. In the center is the Position display box, and to the right are the Timers and Counters.

Experienced machinists will really like the Remaining timer, which uses information from the Last Cycle timer to display the time remaining in a program. This lets the operator know how much time is remaining in the cycle, allowing better time-management decisions when leaving the machine unattended.


THE HIDDEN POWER IN THE HAAS CONTROL


Remote Jog Handle The patented Haas color remote jog handle features a 7 cm color graphic display, an 11-button keypad, a triple-knob motion-control system that allows infinitely variable jog speeds, and a built-in LED inspection light. You can set tool and work offsets, jog all axes, display machine position, show the current program running, and much more – all from the jog handle.

CURNT/COMDS The Current Commands page displays the current status of the machine, including the current program running, the current position, the active tool, the spindle and axis loads, the current spindle speed, and the feedrate. Additional screens show which commands and G-codes are being used in the current program; and a timer shows cycle time, cutting time, power-on time, and M30 count (number of parts). Other displays show which macro variables are being used, provide tool-life information, and show the minimum and maximum spindle load for each tool.

HELP/CALC The Help function is a built-in, searchable operator’s manual that explains the various functions of a Haas machine. Simply press the HELP/CALC key in any mode to display a context sensitive Help menu specific to that mode. Press the HELP/CALC key a second time to display the tabbed on-screen Help system, which includes content from the entire operator’s manual. You’ll also find build-in calculators for solving triangle equations, circle-circle-tangent equations, and circle-line-tangent equations, as well as a speeds-and-feeds calculator. Also included are a standard math calculator, a drill-and-tap chart, and a decimal-equivalent chart. These calculators simplify machining operations and speed math calculations, and the solution to any equation can be pasted into a program directly from the calculators.

The Power of a Single Button Some of the most powerful features of the Haas control – features every machinist will appreciate – take only the push of a single button. For example, you can set tool offsets with the push of a single button – without having to manually enter numbers into the control. Simply jog a tool to the surface of the part, push the Tool Offset Measure button, and the tool’s length is automatically stored in the tool length register. Push the Next Tool button to repeat the process for each tool. That’s it! Setting work offsets is just as easy. These time-consuming processes have been reduced to a few simple steps.

Tool-Load Monitoring Maximizing tool life is another key to increasing productivity. The Haas control can monitor the spindle load for each tool, and automatically adjust the feeds if the load exceeds a limit set by the operator. If a tool exceeds the preset limit, the control can be set to reduce the commanded feedrate, alert the operator, go into feed-hold mode, or generate a tool-overload alarm. The first time a program runs, the Haas control automatically records the highest load seen for each tool. Using this information and the Tool Load Monitoring feature of the control, the operator can set load limits for each tool. This maximizes tool life, and protects the workpiece and machine from the effects of tool wear.

Advanced Tool Management To maximize productivity, the Haas control has an integrated Advanced Tool Manager that allows you to create a group of redundant tools for use within a program. From a single screen, you can view the different tool groups and their parameters. Simply define which tool numbers are part of a group, and what parameter will determine when to change to a redundant tool. This can be based on feed time, the number of tool calls, the number of holes drilled or tapped, or a preset load limit. To use a group of redundant tools in a program, simply enter the group number as your tool call-out. The tool offsets you defined during set up are automatically loaded for each tool as it’s called up.


4th- and 5th-Axis Control Allows the use of 4th- and 5th-axis rotary tables for multi-side machining or machining complex contours and shapes, such as impellers. Increases productivity and reduces setups.

Coordinate Rotation/Scaling Use rotation in conjunction with work offset probing to speed workpiece set up, or use it to rotate a pattern to another location or around a circumference, etc. Use scaling to reduce or enlarge a toolpath or pattern.

Ethernet Interface Transfer data between your Haas and a network or PC with the Ethernet interface. Transfer program files easily to and from the machine, and access large files with multiple machines. High-speed data transfers allow DNC of large files at up to 1 000 blocks per second. Easily set up from the control screen.

User-Definable Macros Create subroutines for custom canned cycles, probing routines, operator prompting, math equations or functions, and family-of-parts machining with variables.

8 M Functions Adds 8 additional M functions for a total of up to 13 user interfaces. Use these to activate probes, auxiliary pumps, clamping devices, part loaders, etc.

Memory Upgrades Expandable on-board solid-state memory allows storing, running, and editing large programs directly at the machine.

UPGRADES: options

DXF File Import The *.dxf import capability of the Haas Intuitive Programming System allows a programmer to easily import a *.dxf file into the Haas control, select features on the file – holes, threading, pockets, islands, or contours – and generate the toolpath. The program output is standard G-code – easy to understand and edit. By taking advantage of the editing functions of the Haas control, the user can modify features, change the order of operations, or even conveniently put them into other programs – all at the control, without going back to a computer to repost a CAM-generated program.

The Haas control provides the best of both G-code and conversational-style systems. It doesn’t force the user into one method of operation. The Haas control weaves them into a simple, coherent control system: Use manual or CAM-generated G-code, or use the Intuitive Programming System, or mix them. Use the programming strategy that is best for the part; the Haas control accepts them all.

HIGH-SPEED MACHINING The High-Speed Machining option is a powerful tool to reduce cycle times and improve accuracy. Testing on complex 3- to 5-axis applications shows drastic reductions in cycle times, as well as increased accuracy and smoother motion.

Using a motion algorithm called “acceleration before interpolation”, combined with full look-ahead, the HSM option allows contouring feedrates up to 30,5 m /min* without risk of distortion to the programmed path. This results in higher accuracy, smoother motion, and a higher actual feedrate – even with complex part geometry. The Haas HSM option accepts ISO standard G-code from all major CAM systems, and is only a fraction of the cost of other high-speed controls.

* Maximum feedrate determined by machine model.


Control SpecificationsGeneral

Microprocessor Triple high-speed 32-bit

Program execution speed 1 000 blocks/sec standard

Axis control 3 axes linear, 4th and 5th axes optional

Interpolation G01, G02, G03, helical

Min. input increment – inch mode 0,0001"

– metric mode 0,001 mm

Min. output resolution 0,00018 mm

Feed Functions Rapid Traverse Override 5%, 25%, 50%, 100%

Feedrate Override 0% to 999% in 1% increments

Jog Handle Resolution – inch mode 0,0001"/0,001"/0,01"/0,1" per handle division

– metric mode 0,001/0,01/0,1/1,0 mm per handle division

Jog Feeds – inch mode 0,1/1,0/10,0/100,0 ipm

– metric mode 1,0/10/100/1000 mm/min.

Zero Return One key (G28)

Spindle Functions Speed Command S = 1 to max spindle rpm

Override 0% to 999% in 1% increments

Tool Functions Length Compensation 200 sets, geometry & wear

Diameter/Radius Compensation 200 sets, geometry & wear

Length Measurement Automatic length storage

Life Management 200 sets w/alarms

Selection Txx command

Programming Compatibility ISO standard G code

Positioning Absolute (G90), incremental (G91)

Canned Cycles 22 functions standard

Circular Pocket Milling G12, G13

Bolt-Hole Drilling G70, G71, G72

Advanced Pocket Milling G150

Inch/Metric Switchable

Work Coordinates 105 sets

Part Zero Set Automatic storage

M Code Outputs 5 spare †

2D Cutter Diameter Compensation G40, G41, G42

2D Cutter Length Compensation G43, G44, G49

3D+ Cutter Diameter Compensation G141

5-Axis Tool Length Compensation G143

Data Input/Output Communications Port RS-232, USB, optional 100Base-T Ethernet

Data Rate To 115 200 baud ‡

Memory Capacity Standard 1 MB; up to 750 MB optional

Number of Programs 500

† May be used by options. ‡ With 1,8 m or shorter cable.

Control Features■ User-friendly

■ Advanced program editor

■ Brushless AC servo drives

■ Up to 30,5 m/min cutting feedrates

■ Triple 32-bit processors

■ Executes up to 1 000 blocks/second

■ ISO standard G-code compatibility

■ Haas one-button tool offset entry

■ 200 tool offsets

■ 105 work coordinates

■ Tool load monitoring

■ Tool life management

■ Helical interpolation

■ Background editing

■ Split-screen program review

■ Trig calculator

■ Arc & tangent calculators

■ Speeds and feeds calculator

■ Run/stop/jog/continue

■ RS-232 / DNC / USB / optional Ethernet

■ Mid-program restart

■ Inch or metric programming

■ Message page

■ More than 20 selectable languages

■ More than 200 user-definable settings

■ Self-diagnostics

■ Fully descriptive alarms

■ Programmable mirror-imaging

■ Advanced pocket milling

■ Bolt-hole drilling

■ Graphic dry run

■ 5 spare M functions

■ Contour accuracy control

■ Text engraving

■ Made in the USA


A Rigid Platform No matter what the project – a family house, a skyscraper, or a suspension bridge – the soundness of the structure is determined by the sturdiness of the foundation. The same principle applies to horizontal machining centers. It all starts with the base and column structures. How well the machine cuts is tied to the sturdiness of the basic structure.

Heavy-Duty T-Base Design Haas designers based the EC Series horizontals on a classic and proven design. The rigid T-base foundation allows the pallet carrier to move in the Z axis, while the spindle head moves only in the X and Y axes.

THE FOUNDATION FOR SUCCESS


Anti-Flex, Reinforced Base & Column Castings Our specially designed base and column castings feature anti-flex, vibration-absorbing ribs that transfer vibration away from the cutting area. The columns feature an internal torque-tube design that yields superior rigidity and provides the most anti-flex properties of any design.

All structural components are optimized using finite element analysis (FEA) to produce the most rigid designs.

Massive Cast-Iron Construction Cast iron provides up to ten times the damping capacity of steel. That’s why Haas uses cast iron for all major components. Our

castings are reinforced with heavy ribs to resist flex and damp vibrations, and inspected thoroughly before and after machining to ensure they are free of flaws.

1 Setup, 5 Sides – Surfaced, Drilled, and Tapped EC Series base castings are machined on state-of-the-art, 5-side CNC machines. Each casting is completely machined, drilled, tapped, and inspected in a single setup, which provides higher accuracies and smoother production. Our ability to precisely machine all critical features of each casting eliminates alignment errors in final assembly. High-accuracy in-process inspection guarantees that every casting meets our stringent quality standards.


Double-Anchored Ballscrews Haas uses only premium-quality ballscrews and guides from the world’s top manufacturers. Although more expensive, their premium quality is the only way to achieve the high accuracy and long life that our customers demand. Ballscrews are anchored at both ends and inspected for 100 % parallelism to the axis guides. Preloaded ball nuts eliminate backlash.

Brushless Servomotors Haas uses state-of-the-art, energy-efficient brushless servomotors that offer more torque in a smaller frame than almost any other motors available. These high-performance servos provide more power for heavy cuts, and higher acceleration/deceleration rates to reduce cycle times. High-resolution encoders and closed-loop digital feedback ensure ultra-precise positioning.

Direct-Coupled Servomotors Our servomotors are coupled directly to the ballscrews with steel disc couplings to eliminate windup, even under severe loading. This greatly improves positioning accuracy, and provides more accurate threading and contouring. And they don’t wear out or lose accuracy over time.

100 % Ballbar Tested Haas uses a state-of-the-art ballbar test to check the linear positioning and geometry of every machine. The ultra-precise ballbar tracks movement as the machine is put through a series of moves to certify synchronous movement and verify machine geometry This generates a chart illustrating machine condition and performance. Any deviations in geometry or position show up as distortions that are very easy to spot. A copy of this chart ships with each Haas HMC as assurance that the machine is accurate and properly aligned.

MOTION CONTROL


Minimal Lubrication System The Haas Minimal

Lubrication System consists of two sub-systems that optimize the amount of lubrication to the machine components. The system automatically supplies lubrication only when it is needed, thus reducing the amount of lube required for the machine, and limiting the chance of excess lube contaminating the coolant.

One fill of each system should last a minimum of 1 year of continuous operation.

Electronic Thermal Compensation System Ballscrews generate heat when they rotate, which can cause them to expand. With high duty cycles, ballscrew growth can lead to cutting errors. Our electronic thermal-compensation (ETC) algorithm accurately models this heating effect and compensates for screw position.

Recirculating Ball Guideways Haas uses recirculating ball guideways for each axis of every HMC. These guideways are preloaded for zero clearance, and provide full load-carrying capacity in all directions. They consume less power, do not require adjustment, and are proven to outperform sliding box ways for accuracy and speed. Each guideway is automatically lubricated to guarantee long life.

Recirculating Ball Guideways Outperform Box Ways Recirculating ball guideways are preloaded to provide zero clearance between the moving surfaces. This increases rigidity and stiffness in all directions, while providing higher accuracy and reliability. They have a very low coefficient of friction, which allows faster movements without sacrificing repeatability or positioning accuracy. Box ways require clearance between the moving surfaces in order to operate. They have a high coefficient of friction, which produces stick-slip effects that can lead to machine errors.

Required Clearance

Box WayRecirculating Ball Guideway

Zero Clearance


High-Capacity Cartridge Spindle The advanced design of our spindles provides high axial-thrust capability, yet generates minimal heat. The front and rear bores of the housing and the OD of the spindle are finished in one operation. This guarantees perfect alignment between the bores and ODs, thus reducing bearing heat.

Our spindles use pre-loaded angular-contact bearings throughout, with the two forward bearings separated by a large spacer to enhance radial stability – enabling heavy cuts in steel. To ensure long life, the spindle is pressurized with air to prevent coolant contamination, and an air/oil mixture is injected automatically to ensure precise lubrication and long bearing life.

Powerful Vector Spindle Drives The Haas-designed vector spindle drive uses closed-loop, digital servo technology to provide precise speed control and peak performance under heavy cutting loads, resulting in the fastest, most powerful spindle ever. These drives allow you to push the spindle to 150 percent of the motor’s continuous power rating for 15 minutes, and to 200 percent for 3 minutes. That’s more performance headroom than other spindle drives.

On-The-Fly Wye-Delta Switching Many Haas HMCs feature a dual-winding motor – wye and delta – with an electronic switch to change between the two windings. Selecting the best winding for low-rpm cutting and the best winding for high-rpm cutting yields higher torque over a wider rpm range. On-the-fly switching maximizes acceleration/deceleration rates for more chip making and less waiting.

MAIN SPINDLE FEATURES


0

27

54

81

108

135

0

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14,9

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29,8

37,2

12 0009 6007 2004 8002 4000

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81

163

244

325

407

0

7,4

14,9

22,4

29,8

37,2

10 0008 0006 0004 0002 0000

Specifications subject to change without notice. Not responsible for typographical errors.

Inline Drive The standard configuration for all Haas 40-taper HMCs is an inline direct-drive spindle coupled directly to the motor to provide excellent surface finishes and greater thermal stability. The inline spindle is available in 8 000-rpm and 12 000-rpm configurations.

50-Taper Gear-Driven Haas Spindle The Haas geared-head spindle provides increased low-end torque for powerful cutting, while retaining the ability to run at higher speeds for smooth surface finishes. The 22,4 kW, 50-taper spindle is standard on larger Haas horizontals, and provides 610 Nm of cutting torque for heavy material removal. A 10 000-rpm option is available.

More Spindle Torque Cutting performance, material removal rates, and surface finish are a product of torque, speed, and power. These charts show two ways torque is delivered in the HMC spindle. The one at left shows a 12 000-rpm, 22,4 kW inline spindle for the 40-taper machines, and the chart at right shows a gear-driven, 10 000-rpm spindle option for the 50-taper models.

Torq

ue (N

m)

Pow

er (k

W)

Pow

er (k

W)

Torque Power Torque LOW GEAR Power LOW GEAR Power HIGH GEARTorque HIGH GEAR

Shift Point 3100 rpm

RPM RPM

40 Taper - 12 000 rpm - 22,4 kW (Inline Drive) 50 Taper -10 000 rpm - 22,4 kW (Gearbox Drive)

Torq

ue (N

m)


A

B

EC-300 EC-400 EC-400PP EC-500 ES-5 EC-1600 HS-3/R HS-4/R HS-6/R HS-7/R

• • • • • • • • • • • • • • • • • • • • • • • • •

50 Taper Offers More 40 Taper 50 Taper

Gage diameter (A) 44,45 mm 69,85 mm

Taper length (B) 68,25 mm 101,60 mm

Tool clamp force* 8 007 N 17 793 N

Max tool weight 5,4 kg 13,6 kg

Max tool diameter 152 mm 254 mm

*Nominal

Spindle Configurations

MAIN SPINDLE FEATURES (continued)

Vibration-Isolated Gearbox Haas has invested more than $4 million in the finest gear-making and inspection equipment in the world. Haas gears are CNC machined and hobbed out of alloy steel, heat-treated to 60 Rc, and then precision CNC ground to AGMA Class 13 quality. A dry-sump system circulates oil to all vital areas of the gearbox, and polyurethane mounts eliminate vibrations that could show up on finishing passes.

Rigid Tapping An encoder attached to the Haas high-performance spindle synchronizes Z-axis motion with the spindle’s rotation. Synchronized tapping eliminates the need for expensive floating tap holders, and prevents lead-thread distortion and start-thread pullout. The tap can also retract up to four times faster than it went in to reduce cycle times.

Gearbox standard w/50-taper spindle. All machines available in CT or BT.

MODEL

40 TAPER

50 TAPER

STD 2-SPEED GEARBOX

5 000 RPM

STD 6 000 / OPT 10 000 RPM

STD 8 000 / OPT 12 000 RPM


HORIZONTAL PALLET-SYSTEM DESIGN

Simple, Dependable Pallet Indexing System

The Haas pallet indexing system employs a simple, robust, and shop-proven design that has been perfected by nearly 30 years of experience building rotary tables. At the heart of the system is a precision worm-gear set that is manufactured to AGMA Class 13 quality using the same high-accuracy techniques used to build Haas rotary tables. This proven design ensures precise positioning and years of trouble-free operation.

Heavy-Duty Pallet Clamping To hold the pallet securely to the receiver during machining, we utilize a simple but innovative design that combines mechanical and pneumatic forces to provide 7 tons of clamping force.*

The pallet is accurately positioned on the receiver by six locating keys set at the widest possible point on the pallet’s base. A plate then clamps the pallet directly over the locating keys using a combination of heavy-duty Belleville springs and air pressure. Since pneumatic force is used only to boost clamping force and to release the clamp, a loss of air pressure will not cause the pallet to release.

*EC-300 has 4,5 tons of clamping force, and uses pneumatic clamping only

Optional Hydraulic Clamping Provision Decrease part loading/unloading times and ensure consistent part clamping by using hydraulic workholding on EC-400 and EC-500 HMCs. Our hydraulic clamping provision supplies hydraulic lines and routing for a signal cable from the back of the machine to a pair of distribution manifolds mounted to the pallet changer door. The hydraulic unit, connections to the tombstones, and workholding are not included.

Model EC-300 EC-400 EC-500

Pallet Size 300 mm 400 mm 500 mm

Capacity – Indexer 250 kg 454 kg 454 kg

Capacity – Full 4th 250 kg 300 kg 300 kg

Clamping Force* 40 034 N 62 275 N 62 275 N

Change Time 4,7 Sec 8 Sec 9 Sec

*At 5,6 bar air pressure.


Inside The Haas Side-Mount Tool Changer The synchronized cycloidal motion of our side-mount tool changers is controlled by precision cams that are manufactured in-house on standard Haas 5-axis machines. This rugged, dependable design uses a special Haas worm-gear drive and an electronically controlled start/stop system for long life and maintenance-free operation. Every Haas SMTC is manufactured completely in-house to guarantee fast, smooth, reliable operation.

TOOL MANAGEMENT

Remote Tool-Load Station To simplify tool maintenance and inspection, 40-taper Haas HMCs equipped with high-capacity tool changers (40 and 70 pocket) include a remote tool-load station.

This convenient side window and control panel allow the operator to access tools easily without having to load/unload them via the machine’s spindle. This increases productivity by allowing the operator to perform tool maintenance while the machine is cutting.

Tool Changer Specifi cations

Tool Changer Type # Tools Machine Tool to Tool Chip to Chip Max Dia. when Tool Max Tool Models adj. pocket full/empty Length Weight

Standard confi guration40-taper side-mount 24+1 ES-5 Series 2,8 sec 4,5 sec 76 mm / 127 mm 254 mm 5,44 kg

40-taper side-mount 24+1 EC-300 2,8 sec 4,5 sec 76 mm / 152 mm 254 mm 5,44 kg



40-taper side-mount 70+1 EC-400 Pallet Pool 1,6 sec 2,8 sec 76 mm / 152 mm 305 mm 5,44 kg


50-taper side-mount 38+1 HS-3/4/6/7 4,9 sec 15,8 sec 250 mm / – 508 mm 36 kg

Optional confi guration40-taper side-mount 40+1 ES-5 Series 2,8 sec 4,5 sec 76 mm / 127 mm 254 mm 5,44 kg



40-taper side-mount 70+1 EC-400 & EC-500 1,6 sec 2,8 sec 76 mm / 152 mm 305 mm 5,44 kg






Work and Tool Probe Features• Easy and intuitive programming

of measuring cycles

• Simplifies machine setup

• Eliminates crashes caused by manual setup

• Reduces cycle times

• Excellent repeatability

• Highly reliable

• High performance

• High protection against coolant

• No wires in the work envelope

Wireless Intuitive Probing System The Haas Wireless Intuitive Probing System (WIPS), with optical transmission for part setting, tool setting, and inspection, consists of the following elements:

• Spindle Probe Module (work probe)

• Tool Setter Module (tool probe)

• Intuitive Probing System Software

The Haas Wireless Intuitive Probing System makes probing easy to understand and use through simple language, a graphical interface, and clear instructions.

Step-by-step graphical instructions show machine operators how to set up the probing cycles.

The Haas Intuitive Probing System software guides the operator through the probing set-up process, prompting them to enter each necessary dimension.

Once all dimensions are entered, the operator executes the probing cycle by pushing the Cycle Start button. The probing cycle can then be saved in memory, and recalled when needed. With the Haas Intuitive Probing System, no knowledge of G-code or macro programming is needed to use the probing system.

Not available on EC-300 or HS series HMCs.


CHIP AND COOLANT MANAGEMENT

Chip Removal Systems People buy CNC machines to make parts faster. The last thing they want is to waste time removing chips. All Haas HMCs are equipped with an auger or conveyor system that automatically removes chips from the enclosure and discharges them at the side of the machine.

Chip Augers and Conveyors High-production machining generates a large volume of chips that must be removed from the machine quickly to maximize cutting time and optimize returns.

Haas EC-400 and EC-500 HMCs use a triple-auger chip-conveyor system to remove chips from the machine efficiently. Steeply-sloped way covers force chips into a pair of side augers that move them out of the work area. A third auger at the front of the machine transports the chips to a discharge chute – compressing them and wringing out the coolant in the process. The front auger on the EC-400 and EC-500 can be replaced with an optional belt-type chip conveyor that discharges chips at barrel height.

The EC-300 uses a single belt-type conveyor to remove chips from the enclosure and discharge them at barrel height.

The ES-5 series HMCs are equipped with a single chip auger, and the EC-1600 series machines use a quad-auger system, with an optional in-tank belt conveyor available. The HS series HMCs feature dual chip augers along the X axis.


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6921

Programmable Coolant Nozzle We spent time watching operators machining parts and noticed they were constantly opening the doors of the machine to readjust coolant lines. Our programmable coolant nozzle is controlled automatically by the part program to direct coolant precisely at the cutting area, eliminating constant adjustments by the operator. The nozzle can also be adjusted from the keypad while a program is running.

21 bar or 69 bar Through-Spindle Coolant Through-spindle coolant uses an auxiliary pump to supply coolant through the tool, directly to the cutting edge. This increases tool life, allows higher cutting speeds, and clears chips during deep-hole drilling and blind-pocket milling. Two systems are available. One provides up to 21 bar to the cutting edge, and the other provides up to 69 bar. The 69 bar system includes the auxiliary coolant filter (described below left). The actual pressure of both systems will vary with the size of the coolant passages in the tool.

Flow Rate Dynamics For both through-spindle coolant options, the highest pressure occurs at the lowest flow rate. The actual pressure delivered to the cutting edge depends on the size of the coolant passages in the tool. Smaller coolant passages restrict the flow, causing the pressure to increase (up to the maximum provided by the system). Conversely, larger coolant passages in the tool allow more fluid to pass through, resulting in lower pressure at the cutting edge.

Coolant Level Sensor A sensor in the coolant tank allows you to monitor coolant level directly on the control screen, preventing damaged tools and saving time.

Auxiliary Coolant Filter This 25-micron, #2 bag-type filter system removes contamination and minute particles from the coolant before they can be recirculated through the coolant pump. This decreases the buildup of sediment in the coolant tank to reduce maintenance, and protects the TSC union from damage caused by contamination.

Pressure (Bar)

21 BarTSC output

69 BarTSC output

Volu

me

(LPM

)


Ø 381 mm

572 mm

300 mm Pallets, Compact Footprint Do you need a high-productivity HMC with 300 mm pallets ? Look no further than the EC-300. With its compact footprint, long list of standard features, and a wide selection of options that includes a 12 000-rpm spindle and 69 bar through-spindle coolant, the EC-300 is an affordable way for any shop to increase productivity.

Standard Features • 14,9 kW Vector Dual Drive • 8 000-rpm 40-Taper Spindle • Inline Direct-Drive System • Full 4th-Axis Rotary • Dual Pallet Changer (300 mm pallets) • 25,4 m/min Rapids • 24-Pocket Side-Mount Tool Changer • Belt-Type Chip Conveyor • Rigid Tapping Options (partial list) • 12 000-rpm Spindle • 22,4 kW Vector Dual Drive • 40-Pocket Side-Mount Tool Changer • Through-Spindle Coolant • Programmable Coolant Nozzle

EC-300 HMC

Axis travels (xyz) 508 x 457 x 356 mm Pallet size 300 mm Maximum pallet load 250 kg Pallet change time 4,7 secTool taper/type CT 40 taper BT 40 optional

Maximum fixture/workpiece size for pallet changes



Ø 500 mm

762 mm

EC-400 HMC

Axis travels (xyz) 508 x 508 x 508 mm

Pallet size 400 mm

Maximum pallet load 454 kg

Pallet change time 8 sec

Tool taper/type CT 40 BT 40 optional

400 mm Workhorse A 400 mm pallet HMC is the workhorse of many production shops, and the EC-400 packs more value into its footprint than any other 400 mm HMC on the market. With its standard triple-auger chip-conveyor system, available 70-pocket automatic tool changer, and optional 69 bar through-spindle coolant, the EC-400’s performance cannot be matched.

Standard Features • 14,9 kW Vector Dual Drive • 8 000-rpm 40-Taper Spindle • Inline Direct-Drive System • 1-Degree Tombstone Indexing • Dual Pallet Changer (400 mm pallets) • 25,4 m/min Rapids • 24-Pocket Side-Mount Tool Changer • Triple Chip Auger System • Rigid Tapping Options (partial list) • 12 000-rpm Spindle • 22,4 kW Vector Dual Drive • Full 4th-Axis Rotary • 40- or 70-Pocket Side-Mount Tool Changer • Through-Spindle Coolant • Programmable Coolant Nozzle • Belt-Type Chip Conveyor


Ø 750 mm

762 mm

Axis travels (xyz) 813 x 508 x 711 mm

Pallet size 500 mm

Maximum pallet load 454 kg

Pallet change time 9,0 sec

Tool taper/type CT 40 BT 40 optional

EC-500 HMC

Bigger Parts, Bigger Pallets The EC-500 features a 813 x 508 x 711 mm work envelope, a dual pallet changer with 500 mm pallets, and a built-in, high-precision pallet indexer. The machine comes standard with an 8 000-rpm, 40-taper spindle, a 40-pocket side-mount tool changer, 25,4 m/min rapids, and a high-volume coolant system. Also standard is a high-precision, face-gear pallet indexer that provides 1-degree indexing. The machine’s enclosure allows a maximum part swing of 749,3 mm on the indexer.

Standard Features • 14,9 kW Vector Dual Drive • 8 000-rpm 40-Taper Spindle • Inline Direct-Drive System • 1-Degree Indexing • Dual Pallet Changer (500 mm pallets) • 25,4 m/min Rapids • 40-Pocket Side-Mount Tool Changer • Triple Chip Auger System • Rigid Tapping Options (partial list) • 12 000-rpm Spindle • 22,4 kW Vector Dual Drive • Full 4th-Axis Rotary • 70-Pocket Side-Mount Tool Changer • Through-Spindle Coolant • Programmable Coolant Nozzle • Belt-Type Chip Conveyor


EC-400 HMC PALLET POOL

Why the Haas System is Different The Haas EC-400 Pallet Pool HMC is an easy-to-understand and employ productivity solution that avoids the drawbacks of complicated and expensive FMS installations. The system installs easily in less than a day, and programs just like every other Haas. Standard equipment includes a 70-pocket side-mount tool changer, 21 bar through-spindle coolant, and a belt-type chip conveyor. The user-friendly Haas interface simplifies pallet scheduling and tool management, and it is very intuitive to use.

Extremely affordable, easy to use, and backed by the best after-sales service in the industry – you won’t find a better productivity solution than the EC-400 Pallet Pool.

Simple Pallet Scheduling The six pallets in the pallet pool are scheduled via the versatile pallet-scheduler screen. Here, the operator can assign programs to each pallet, schedule jobs, and set priorities. Pallets are moved to and from the load station and storage rack simply by highlighting the pallet number on the screen and pressing a single key. We’ve made the pallet pool simple to use and easy to program – just what you’d expect from Haas.

Standard Features• 8 000-rpm Inline Direct-Drive 40-Taper Spindle

• 14,9 kW Vector Drive

• 6-Station Pallet Pool w/400 mm Pallets

• 1-Degree Face-Gear Indexing

• 70+1 Side-Mount Tool Changer

• Through-Spindle Coolant, 21 bar

• Belt-Type Chip Conveyor

• 15" Color LCD Monitor w/USB Port

• Enhanced Remote Jog Handle w/Color LCD

• User-Programmable 2nd Home Position

• Rigid Tapping

Options• 12 000-rpm Inline Direct-Drive Spindle, 22,4 kW

• Full 4th-Axis Rotary System

• High-Speed Machining w/Look-Ahead

• 69 bar Through-Spindle Coolant System

• Programmable Coolant Nozzle

• Ethernet Interface

• Intuitive Programming System

• Wireless Intuitive Probing System



EC-1600 HMC

EC-1600 EC-1600 YZT

Axis travels (xyz) 1 626 x 1 270 x 813 mm 1 626 x 1 270 x 1 270 mm

Table size 1 626 x 914 mm 1 626 x 914 mm

Maximum table load 4 536 kg 4 536 kg

Big, Powerful, Economical The EC-1600 Series HMCs are rugged 50-taper horizontal machining centers with large work cubes, and a maximum part capacity of 4 536 kg. The EC-1600YZT adds an additional 203 mm of Z-axis travel to accommodate larger parts and longer tools. Both models are available with a full 4th-axis rotary platter integrated into the T-slot table to provide access to four sides of a part or tombstone. The 762 mm platter handles parts and fixtures up to 4 536 kg.


Note: All machines listed on this page must be anchored to reinforced concrete foundations for proper operation. Please see installation manual or contact Haas for exact requirements.

Ø 1257 mm

Hydraulic Clamping for 4th-Axis Platter To hold the 4th-axis platter in position under heavy cutting loads, the EC-1600 HMCs utilize an ingenious hydraulic-brake design. Hydraulic fluid is pumped at 69 bar into a sealed cavity between two disks. The fluid forces the outer disc against the inner wall of the gear. Assembled with minimum clearance to the gear wall, a push-out of only a few thousandths of an inch yields 5 423 Nm of brake torque. And with no moving parts, the system provides long-term, trouble-free operation.

Also used on HS Series HMCs with built-in 4th axis.

Optional Integrated 4th-Axis PlatterPlatter Diameter 762 mm

Table Size 1 626 mm x 813 mm

Drive System Servo

Rotational Torque 2 712 Nm

Brake Torque 5 423 Nm

Indexing Accuracy ± 30 arc-sec

Max. Capacity 4 536 kg

(front doors closed)


ES Series HMC

Compact and Affordable The ES-5 Series HMCs feature 1 016 x 457 x 559 mm (xyz) travels, and a VMC-style enclosure for visibility and access. Each ES-5 comes standard with an 8 000-rpm, inline direct-drive 40-taper spindle, a 14,9 kW vector drive system with on-the-fly wye-delta switching, and a 24+1 tool side-mount tool changer. These configurations are available: the ES-5-T is a 3-axis HMC with a T-slot table; the ES-5-4AX has a T-slot table with integrated 4th-axis platter; the ES-5-4T has a full 4th-axis rotating table that will accept a 5th-axis rotary and fixture; and the ES-5-TR has a built-in dual-axis trunnion table.

Table Configurations• 3-Axis w/T-Slot Table

• T-Slot Table w/Integrated 4th Axis

• 4-Axis w/Rotating T-Slot Table

• 5-Axis with Trunnion Table

Some items shown in this brochure are optional. Please contact your local distributor for assistance.30 | America’s Leading Machine Tool Builder

*HS models not available in the European Union member countries.

The ES-5-4T with 4th-axis rotating table is perfect for complex operations

like cylinder head porting. Simply mount a rotary

table and fixture to the T-slot table for full 5-axis

machining capability.

Standard Features• 14,9 kW Vector Drive

• 8 000-rpm 40-Taper Spindle

• Inline Direct-Drive


• 15" Color LCD Monitor w/USB Port

• Rigid Tapping

Options (partial list)• 22,4 kW, 12 000-rpm Spindle


• Programmable Coolant Nozzle

• High-Speed Machining w/Look-Ahead

• Through-Spindle Coolant Systems

• Ethernet Interface

• Haas Intuitive Programming System

Expand the Possibilities Big parts require big machines. Haas HS Series 50-taper horizontals use a modular configuration that allows you to choose a machine with the travels and footprint you need, rather than paying for a machine that’s too big. Each of these extra-large-travel HMCs features a fully supported X axis to handle extremely heavy loads, and a 50-taper spindle that provides 610 Nm of cutting torque for serious metal removal. A 38-tool side-mount tool changer comes standard, with options for 60, 90, and 120 tools.

For additional flexibility, each model is available as an R version with a full 4th-axis platter set into the table. A 4 536 kg capacity and 1 270 mm swing radius mean you can easily machine all four sides of very large parts in a single setup.

Full 4th Axis HS-3R, 4R, 6R and 7R models include an integrated full 4th-axis rotary table.

See page 29 for a description of the platter braking system.

HS Series HMC*

HS-3 | Axis travels (xyz) 3 810 x 1 270 x 1 524 mm





Travels

PalletChanger

Optional4th Axis

Spindle (standard)

Spindle (optional)

Axis Motors

Tool Changer 2

Miscellaneous

3

4

1

1

MACHINE SPECIFICATIONS 40 Taper

Configurations ES-5-T 3-axis w/ 1 321 mm x 457 mm T-slot tableES-5-4AX 1 321 mm x 508 mm T-slot table w/ integrated 4th-axisES-5-4T 4-axis w/ 1 016 mm x 381 mm rotating T-slot tableES-5-TR 5-axis w/ built-in trunnion table

Table ES-5T ES-5-4AX ES-5-4T ES-5-TRLength 1 321 mm 1 321 mm 1 016 mm Ø 210 mmWidth 457 mm 508 mm 381 mm –Max Weight 1 588 kg 1 588 kg 284 kg –

on Table Max Weight – 454 kg – 91 kg

on Platter

EC-300 EC-400 | PP EC-500 ES-5-T ES-5-4AX ES-5-4T ES-5-TR

X 508 mm 508 mm 813 mm 1 016 mm 1 016 mm 1 016 mm 1 016 mm

Y 457 mm 508 mm 508 mm 457 mm 457 mm 457 mm 457mm

Z 356 mm 508 mm 711 mm 559 mm 559 mm 559 mm 533 mm

Pallet Size 300 mm 400 mm 500 mm

Capacity: Indexer 250 kg 454 kg 454 kg

Pallet Change Time 4,7 sec 8,0 sec 9,0 sec

Capacity: Full 4th Axis 250 kg 300 kg 300 kg

Rotational Torque 285 Nm 407 Nm 407 Nm

Brake Torque 271 Nm 678 Nm 678 Nm

Indexing Accuracy ± 15 arc-sec ± 15 arc-sec ± 15 arc-sec

90° Rotation Time 5,6 sec 5,5 sec 5,5 sec

Taper CT or BT 40 CT or BT 40 CT or BT 40 CT or BT 40

Speed 8 000 max rpm 8 000 max rpm 8 000 max rpm 8 000 max rpm

Drive System Inline Inline Inline Inline Direct-Drive Direct-Drive Direct-Drive Direct-Drive

Max Torque 102 Nm @ 1 400 rpm 102 Nm @ 1 400 rpm 102 Nm @ 1 400 rpm 102 Nm @ 1 400 rpm

Spindle Motor Max Rating 14,9 kW 14,9 kW 14,9 kW 14,9 kW

Speed 12 000 max rpm 12 000 max rpm 12 000 max rpm 12 000 max rpm

Drive System Inline Inline Inline Inline Direct-Drive Direct-Drive Direct-Drive Direct-Drive

Max Torque 122 Nm @ 2 000 rpm 122 Nm @ 2 000 rpm 122 Nm @ 2 000 rpm 122 Nm @ 2 000 rpm

Spindle Motor Max Rating 22,4 kW 22,4 kW 22,4 kW 22,4 kW

Axis Motors Max Thrust 10 676 N 20 462 N 20 462 N X = 24 910 N; Y, Z = 10 676 N

Rapids 25,4 m/min 25,4 m/min 25,4 m/min X = 18 m/min; Y, Z = 25,4 m/min

Max Cutting 12,7 m/min 12,7 m/min 12,7 m/min 12,7 m/min

Capacity Standard (Optional) 24+1 (40+1) 24+1 (40+1, 70+1 ) 40+1 (70 +1) 24+1 (40+1)

Max Tool Diameter 76 mm (152 mm) 76 mm (152 mm) 76 mm (152 mm) 76 mm (127 mm) full (adjacent empty)

Tool to Tool 2,8 sec 2,1 sec | 1,6 sec 1,6 sec 2,8 sec

Chip to Chip 4,5 sec 3,7 sec | 2,8 sec 2,8 sec 4,5 sec

Machine Weight 6 849 kg 9 526 kg | 13 154 kg 11 703 kg 6 260 kg

Coolant Capacity 208 L 303 L 303 L 208 L

Air Required 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar

Power Required (min) 354 - 488 VAC 354 - 488 VAC 354 - 488 VAC 354 - 488 VAC

1) 3-minute rating. 2) See page 18 for optional tool changer specifications. 3) Standard on EC-400PP. 4) Estimated; actual weight will vary with options and configuration.


Travels

Table

Optional4th Axis

Spindle (standard)

Spindle (optional)

Axis Motors

Tool Changer2

Miscellaneous

1

1

4

50 Taper

EC-1600 | YZT HS-3* HS-4* HS-6* HS-7*

X 1 626 mm 3 810 mm 3 810 mm 2 134 mm 2 134 mm

Y 1 270 mm 1 270 mm 1 676 mm 1 270 mm 1 676 mm

Z 813 mm | 1 016 mm 1 524 mm 1 524 mm 1 524 mm 1 524 mm

Length 914 mm 1 016 mm 1 016 mm 1 016 mm 1 016 mm

Width 1 626 mm 3 708 mm 3 708 mm 2 032 mm 2 032 mm

T-Slot Width 16 mm 22 mm 22 mm 22 mm 22 mm

Max Weight on Table 4 536 kg 4 536 kg 4 536 kg 4 536 kg 4 536 kg

Platter Diameter 762 mm 940 mm 940 mm 940 mm 940 mm

Rotational Torque 2 712 Nm 2 712 Nm 2 712 Nm 2 712 Nm 2 712 Nm

Brake Torque 5 423 Nm 5 423 Nm 5 423 Nm 5 423 Nm 5 423 Nm

Max Weight on Platter 4 536 kg 4 536 kg 4 536 kg 4 536 kg 4 536 kg

Taper CT or BT 50 CT or BT 50 CT or BT 50 CT or BT 50 CT or BT 50

Speed 6 000 max rpm 5 000 max rpm 5 000 max rpm 5 000 max rpm 5 000 max rpm

Drive System 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed Geared Head Geared Head Geared Head Geared Head Geared Head

Max Torque Standard 610 Nm @ 500 rpm 610 Nm @ 500 rpm 610 Nm @ 500 rpm 610 Nm @ 500 rpm 610 Nm @ 500 rpm

Spindle Motor Max Rating 22,4 kW 22,4 kW 22,4 kW 22,4 kW 22,4 kW

Speed 10 000 max rpm – – – –

Drive System 2-Speed – – – – Geared Head

Max Torque Standard 339 Nm @ 600 rpm – – – –

Spindle Motor Max Rating 22,4 kW – – – –

Axis Motors Max Thrust x = 24 910 N x = 18 033 N x = 18 033 N x = 18 033 N x = 18 033 N

y = 24 910 N y = 24 910 N y = 24 910 N y = 24 910 N y = 24 910 N

z = 33 362 N z = 33 362 N z = 33 362 N z = 33 362 N z = 33 362 N

Rapids x = 13,7 m/min x = 12,7 m/min x = 12,7 m/min x = 12,7 m/min x = 12,7 m/min

y = 13,7 m/min y = 12,7 m/min y = 12,7 m/min y = 12,7 m/min y = 12,7 m/min

z = 13,7 m/min z = 18,0 m/min z = 18,0 m/min z = 18,0 m/min z = 18,0 m/min

Max Cutting 12,7 m/min 12,7 m/min 12,7 m/min 12,7 m/min 12,7 m/min

Capacity Standard (Optional) 30+1 (50+1) 38 (60, 90, 120) 38 (60, 90, 120) 38 (60, 90, 120) 38 (60, 90, 120)

Max Tool Diameter 102 mm (254 mm) 250 mm 250 mm 250 mm 250 mm full (adjacent empty)

Tool to Tool 10,3 sec 4,9 sec 4,9 sec 4,9 sec 4,9 sec

Chip to Chip 12,6 sec 15,8 sec 15,8 sec 15,8 sec 15,8 sec

Machine Weight 15 014 kg | 15 468 kg 28 849 kg 29 529 kg 26 082 kg 25 039 kg

Coolant Capacity 360 L 360 L 360 L 360 L 360 L

Air Required 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar 255 L/min @ 6,9 bar

Power Required (min) 354 - 488 VAC 354 - 488 VAC 354 - 488 VAC 354 - 488 VAC 354 - 488 VAC

NOTE: FLA/kVA requirements determined by motor horsepower. Check with your Haas distributor for various requirements. Differing VAC/kVA options available. Specifications subject to change without notice. Not responsible for misprints or typographical errors.

*HS models not available in the European Union member countries.

1) 3-minute rating. 2) See page 18 for optional tool changer specifications. 3) Standard on EC-400PP. 4) Estimated; actual weight will vary with options and configuration.


C E R T I F I E D

C E R T I F I E D

C E R T I F I E D

Haas Automation, Inc.2800 Sturgis Road • Oxnard California 93030, USATel. 0800-331-6746 Fax: 805 278 8540www.HaasCNC.com

Haas Automation, EuropeMercuriusstraat 28, B-1930 Zaventem, Belgium Tel.: +32 2 522 99 05 Fax: +32 2 523 08 55

Haas Automation, AsiaNo. 96 Yi Wei Road, Building 67, Waigaoqiao FTZ, Shanghai 200131, China Tel.: +86 21 3861 6666 Fax: +86 21 3861 6799

Haas Automation, India Pvt LtdPlot EL-35, TTC Industrial Area, Mahape MIDC, Navi Mumbai 400 709, India Tel.: +91 22 66098830, 31, 32, 33, 34

Austria Wematech (Leoben) +43 (3842) 2528914

Belarus Abamet Minsk (Minsk) +375 17 385 22 30

Belgium & Luxembourg s.a. van Waasdijk n.v. (Brussels) +32 (2) 4272151

Bosnia and Herzegovina Teximp International (Zenica) +387 (32) 445640

Bulgaria Teximp International (Sofia) +359 886 156 243

Croatia Teximp International (Zagreb) +385 (1) 2331987

Czech Republic Teximp International (Brno) +420 (5) 41320102 Teximp International (Prague) +420 (2) 86853180

Denmark Edstrøms (Løsning) +45 28 14 52 10

Estonia Abplanalp Estee OÜ (Tallin) +372 5103725

Finland Oy Grönblom Ab (Helsinki) +358 (10) 2868900

France F.I.H.T. (La Milesse) +33 (2) 43848320 Performer CNC (La Grand Croix) +33 (4) 77734040 Realmeca (Clermont en Argonne) +33 (3) 29874175

Germany ARO-tec (Rheda-Wiedenbrück) +49 (5242) 96490 Dreher Werkzeugmaschinen GmbH (Denkingen) +49 (7424) 95838300 GEFAS (München) +49 (89) 30709375 Katzenmeier Maschinen-Service GmbH (Bickenbach) +49 (6257) 506500 Katzenmeier Maschinen-Service GmbH (Lauffen a.N.) +49 (6257) 506500 Microcut Maschinen GmbH (Upahl) +49 (38822) 8291010 Microcut Maschinen GmbH (Berlin) +49 (030) 48621667 M+L Werkzeugmaschinen GmbH (Limbach-Oberfrohn) +49 (372) 2518310 Weman (Postbauer-Heng) +49 (9188) 305609

Greece Ergotools (Peristeri) +30 (210) 5777118

Hungary Bartec (Györ) +36 (20) 3696374

Iceland Idnvélar - IV ehf (Hafnarfjordur) +354 4142700

Italy Celada S.r.l. (Cologno Monzese, Milano) +39 (02) 25158450

Lithuania & Latvia Abplanalp Vilnius (Vilnius) +370 (5) 2375403

Netherlands Landré Machines BV (Vianen) +31 (347) 329371

Norway Bergsli Metallmaskiner AS (Skien) + 47 35 50 35 00

Poland Abplanalp Consulting (Warszawa) +48 (22) 3794400

Portugal After Sales S.A. (Guilhabreu) +351 229351850

Romania Teximp International (Bucharest) +40 (21) 3450185 Teximp International (Cluj) +40 (264) 275050

Russia Abamet Ltd. (Moscow) +7 (495) 2329997

Serbia & Montenegro Teximp International (Belgrad) +381 (11) 7129 428

Slovakia Teximp International (Belusa) +421 (42) 4711094

Slovenia Teximp International (Ljubljana) +386 (1) 5240357

Spain HITEC Máquinas (Barcelona - Vitoria) +34 935 750 949 After Sales S.A. (Galicia) +351 229351850

Sweden Edströms Maskin AB (Jönköping) +46 (36) 392000

Switzerland Urma AG (Rupperswil) +41 (62) 8892020

Turkey CNC İleri Teknoloji ve Tic. Ltd. Şti. (Istanbul) +90 212 786 62 00

Ukraine Abplanalp Ukraine (Kiev) +380 (44) 2063043

Uzbekistan & Kazakhstan Abplanalp Engineering - Uzbekistan (Tashkent) +998 (71) 1919234

EN.HMC.02.2013DISCLAIMER: Specifications subject to change without notice. Not responsible for misprints or typographical errors. Responsible editor: Alain Reynvoet.

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