Produse pentru masini (522)

High performance 6 axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries. Pallet clamping surface according to DIN 55201:mm 1250x1800 (1600x1800) Max. workpiece weight:kg 12000 Column linear travel X:mm 3400 Main spindle vertical travel Y:mm 1900 Table traverse travel Z:mm 2850 Swing diameter:mm 3300 A-axis:degree +/-115 B-axis:degree endless X/Y/Z:m/min 40 A-axis:rpm 14 B-axis:rpm 8 Motor spindle , max. Speed:rpm 8000 Max. power (100% ED):kW/Nm 37/940 Total taper:SK 50 (HSK-A100) Motor spindle 2, max. Speed:rpm 24000 Max. power at 100% duty cycle:kW/Nm 70/60 Total taper:HSK-A63 Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 67 Space requirement for basic machine LxWxH:mm 15900x10500x5450

The SIP SPC Series not only provides the user with the ultimate in precision but also with tried and tested sophisticated automation. Investment in SIP technology produces returns, thanks to aboveaverage longterm precision and many years of durability. Pallet clamping surface mm:630 x 630 (800) Workpiece interference area diameter (mm) mm:1250 Maximum workpiece weight kg:1500 Maximum feed X / Y / Z m/min:40 Maximum number of tool slots:320

The compact single column vertical lathe (swing diameters of 1,400 to 2,800 mm) is appropriate not only for turning, but, with additional units, can also be used for drilling, milling and grinding. It means that it is possible, in a single clamping, to carry out a full machining operation on the CONTUMAT VCE and not simply turning. The rigid cast construction on this lathe ensures low vibration and accurate cutting; hydrostatic guide rails damp vibrations even further. The technical design and numerous fitting options mean that Dörries is able to configure an individual machine to every customer. Swing diameter:mm 1,400 Table diameter:mm 1,000 / 1,250 Working height max.:mm 1,630 Work piece weight max.:kg 6,000 Main drive S1:kW 60 - 2x 80 Torque on machine table S1 max:KNm 23 Speed range:Rpm 450 - 630

In order to produce heavy workpieces with limited available space, Droop+Rein combined the FOGS and TF machine types which are already established on the market into a new machine concept. With the FOGS HD, Droop+Rein offers a machining centre for heavyduty machining, which features high quality and precision at the same time. The constant dynamic dimensions of the Droop+Rein FOGS HD enables the user to use the machine for unmanned finishing e.g. at night or at the weekend. The Droop+Rein FOGS HD is designed for large components, as the traverse paths show (Xaxis 3,000 to 31,000 mm; Yaxis 3,000 to 6,000 mm; Zaxis 1,500 to 2,500 mm). It covers all machining operations within typical toolmaking. The FOGS HD is an efficient (50 to 100 kW (S1 operation)), precise machining highgantry machine with fast and dynamical axes and extreme high torque (2,400 to 7,500 Nm). Power:kW 50 - 100 Torque:Nm 2,400 - 7,500 Speed:rpm 2,500 - 6,000 Length:mm 2,000 - 30,000 + 1,000 mm steps Width:mm 2,000 - 5,000 + 500 mm steps X-axis:mm 3,000 - 31,000 + 1,000 mm steps Y-axis:mm 3,000 - 6,000 + 500 mm steps Z-axis:mm 1,500 - 2,500 C-axis:° n x 360 X-axis:m/min 40 Y-axis:m/min 40 Z-axis:m/min 20 C-axis:°/min 3,600

s230 is an automatic solution for faceting and diamond finishing dials index. s230 production center allows the production of a wide variety on index in various metals. Contrasts of different visual effects are performed by the use of diamond tools or solid carbide tools. The complete solution for small and medium series for finishing index combines multiple operations on a single machine. Features Optical recognition and origin definition of blanks Diamond with the revolver toolholder Machining of LuniNova pockets and micromilling Simple programming interface on Windows A variety of automation systems are available to ensure a high level of autonomy in production Materials:gold, platinum, silver brass and other non-ferrous alloys Camera VGA Sony XCD-V60 (640x480 pixel):Sell size 3,75 x 3,75 μm Optic focal:mm 5,3 x 3,9 Axis X cnc:mm stroke 150 Axis Y cnc:mm stroke 150 Axis Z cnc:mm stroke 123 Axis U cnc:mm stroke 375 Axis C cnc:angle non-stop 0-360 Torque á 600 min-1:Nm 1,1 Power:kW 1 RPM:0 á 4000 min-1 Tool holder interface:ISO 20 Tool release:pneumatic Milling head:mm Ø 20 á 300 Power:kW 2 RPM:Max. 45'000 min-1 Tool holder interface:ISO 10 Tool release:pneumatic Max. Ø tool:mm max. 7 Precision:mm +/- 0,010 Microlurification (controlled vaporization):Vogel Lubrilean Basic unit Indexing system for milling head 6 tools:mm Ø 150 Pallets clamping:EROWA, 3R or specific customer

High performance simultaneous 5 axis machining center for aluminum structures Efficient high performance machining requires a rugged machine buildup without weakness. All technical parameters such as axis strokes, forces, torques and accelerations are set according to application requirements. The design of the STC X series has no bottleneck reducing the maximum possible material removal rates. With its design, unmatched productivity is possible. The STC X machine enhancement is ever ongoing. The goal is to continuously increase the customer benefits, i. e. increase productivity, increase accuracy or expand the application options Pallet clamping surface according to DIN 55201:mm 1250x1800 (1600x1800) Max. workpiece weight:kg 12000 Column linear travel X:mm 3400 Main spindle vertical travel Y:mm 1900 Table traverse travel Z:mm 2450 Swing diameter:mm 2800 A-axis:degree -100/+60 B-axis:degree endless X/Y/Z:m/min 45 A-axis:rpm 6(12) B-axis:rpm 5.5 Motor spindle , max. Speed:rpm 30000 Max. power (100% ED):kW/Nm 120/83 Total taper:HSK-A63 / (HSK-A 63/80) Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 63 Space requirement for basic machine LxWxH:mm 8930x5410x4520

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application. Swing diameter:mm 6,000 Table diameter:mm 5,000 / 5,500 Y-axis:mm +/- 3,000 Working height max:mm 6,145 Main drive S1:kW 2x 60 - 2x 150

Thanks to the integrated DBF spindle head, the complex production in the processes turning, drilling and milling can be realized in one single workspace. Available in 5 and 6axis versions X / Y / Z travel mm:1,070 / 870 / 1,200 Radial facing slide path mm:+/- 35 Rapid traverse m/min:40 / 40 / 60 Tool holder:HSK-A100 Max. tool length mm:800 Max. tool diameter mm:340 Pallet dimension mm:630 x 630 (630 x 800) Workpiece core contour ø in mm:1,250 Max. workpiece height mm:1,250 Loading mass kg:1,500 Machine length mm:8,100 Machine width mm:4,940

High performance simultaneous 5 axis trunnion machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries. Pallet clamping surface according to DIN 55201:mm 1000x1000 (1000x1250) Max. workpiece weight:kg 3000 Column linear travel X:mm 1950 Main spindle vertical travel Y:mm 2000 Table traverse travel Z:mm 2100 Swing diameter:mm 1950 A-axis:degree -50/+95 (or according to customer requirements) B-axis:degree endless X/Y/Z:m/min 45 A-axis:rpm 5 B-axis:rpm 5.5 Motor spindle , max. Speed:rpm 6000 Max. power (100% ED):kW/Nm 37/1,235 Total taper:SK 50 (HSK-A100) Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 75 Space requirement for basic machine LxWxH:mm 14300x10200x5450

Fewer rejects thanks to high concentricity and axial runout accuracies (< 2 μm) Wide manufacturing range thanks to precise and powerful table drive (torque motor) Increased productivity through complete machining in just one setup Swing diameter:mm 1,100 Grinding diameter:mm 1,000 Height under grinding wheel thickness 100 mm:mm 600 Standard table diameter:mm 1,000 Table speed:rpm 150 Table load:kg 2,500 Carriages:1 Grinding ram stroke:mm 800 Feed force:kN 10 X- and Y-axis speed max.:mm/min 10,000 Spindle-holder tilt:degree - 5° + 275° Tilt lead:degree 1° (Hirth) Power (conv. GW) (S1):kW 7 à 35 Speed (conv. GW):rpm 5,000 à 12,000 Power (CBN wheels) (S1):kW 15 / 25 Speed (CBN wheels):rpm 8,000 / 18,000 GW diameter (conv. or CBN) max.:mm 150 / 300 / 400 Wheel thickness max.:mm 50 / 100 / 190 Wheel-holder clamping taper face:x Surface grinding spindle (conv. GW) (S1):kW 25 Spindle speed:rpm 5,000 Wheel diameter max.:mm 400 Electropermanent magnetic chuck No. of poles / slots width:mm 24 / 10H10

Der flexible Eckenformer Kein schweißen, Kein schleifen! ACF ist weltweit führender Produzent von flexiblen Eckenform-Maschinen zur Herstellung von kalt geformten Ecken an Flachteilen – ohne Schweißen und Schleifen. Flexible ACF Eckenformer – Multiflex Maschinen gibt es für jede Anforderung: - für Eckenradien von 2 mm bis 100 mm und unterschiedlichen Eckenwinkel von 45° bis 150° - formbare Materialstärken bis maximal 5 mm Blechstärke (je nach Maschinegröße) - Roboteranbindung ist möglich Die Zykluszeit einer kalt geformten Ecke an einer Schaltschranktür beträgt nur 9 Sekunden – komplett fertig zur Lackierung. In Sonderausführung der Maschine sogar nur 5 Sekunden. Wesentliche Vorteile werden garantiert durch hohe und immer gleich bleibende Qualität der geformten Ecken bei erheblich reduzierten Produktionskosten und geringerem Personalbedarf.

Hochleistungs-Bandsägeautomat bis 260 mm x 260 mm Automatisches Zuführsystem für Stangenmaterial alle Stahlsorten vom Baustahl bis Manganstahl

High performance 6axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries. Pallet clamping surface according to DIN 55201:mm 1000x1250 (1250x1250) Max. workpiece weight:kg 5000 Column linear travel X:mm 2200 Main spindle vertical travel Y:mm 1900 Table traverse travel Z:mm 2250 Swing diameter:mm 2200 A-axis:degree +/-115 B-axis:degree endless X/Y/Z:m/min 40 A-axis:rpm 14 B-axis:rpm 8 Motor spindle , max. Speed:rpm 8000 Max. power (100% ED):kW/Nm 37/940 Total taper:SK 50 (HSK-A100) Motor spindle 2, max. Speed:rpm 24000 Max. power at 100% duty cycle:kW/Nm 70/60 Total taper:HSK-A63 Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 60 Space requirement for basic machine LxWxH:mm 15900x10500x5450

3DMicromac’s brand new microCETI™ uses the most innovative LIFT (Laser Induced Forward Transfer) laser process, which is an essential factor in the process chain for manufacturing microLED displays. The fully integrated laser system is characterised by its compact footprint and high variability. The microCETI™ enables the transfer of hundreds of millions of microLEDs without the use of mechanical forces, thereby ensuring that microLEDs of almost any shape and size can be transferred. This ensures cost-effective production of microLED displays. Most cost-effective production of microLED displays Unique LIFT module Highest transfer rate ten times faster than competing technologies Flexible software for integration into production lines Handling options for wafers (up to 8″) and sheets (up to Gen.2)

Neben der Bearbeitung von starren und flexiblen Materialien auf starren Trägersubstraten bieten wir die Bearbeitung von flexiblen Materialien im Sheet-zu-Sheet oder im Rolle-zu-Rolle-Verfahren an. - Lasermikrostrukturierung und -Ablation - Laserbearbeitung „On-the-Fly“ oder „Step and Repeat“ - Rollenbreiten bis zu 300 mm möglich

Ever since it was founded in 1862, the Genevabased Société d’Instruments de Précision (SIP) has been a benchmark for precision machine tool engineering. The basic design of SIP machines can still be found today in all traditional machining centers, both for vertical and horizontal models. SIP 7000/7 (4 and 5 axis) The horizontal SIP machining centers are living proof that ultraprecision is by no means a myth. Gearbox housings, spindle heads and twoaxis turntables can be machined with significantly higher levels of precision than with conventional machining centers, making them the obvious choice for customers. Clamping surface mm:800 Max. workpiece weight kg:1000 Table travel mm:1220 (Z) Cross slide travel mm:1220 (X) Cross rail vertical travel mm:1170 (Y) B-axis degree:360 X m/min:12 Y m/min:8 Z rpm:12 B-axis rpm:10 Belt driven spindle/Powerspindle, max. speed rpm:8000 Max. power at 100% S1duty cycle kW:30 Max. torque Nm:320 Tool taper:ISO 50 Positioning uncertainty (P) mm:0.003 Positioning scatter (Ps) mm:0.0015 Reversal error (U) mm:0.0005 Spindle with quill rpm:4000 Number of tool locations:40 (60/120) Max. tool diameter (with free adjacent pockets mm:210 Max. tool length mm:410 Max. tool weight kg:18 Rotary/tilting table BNCN:ANCN-800 Table size (diameter) mm:800 Max. workpiece weight kg:1000 Positioning uncertainty (P) sec:3 Positioning scatter (Ps) sec:2 Reversal error (U) sec:1 Positioning uncertainty (P) sec:4 Positioning scatter (Ps) sec:2.5 Reversal error (U) sec:1 Weight t:20 Lenght x Width x Height mm:6.50 x 6.50 x 4.30 CNC sontrol:Siemens/Fanuc

- Formate von 1/2 bis 1/6-Zellen und Größen bis zu M12 - Freiformschneiden - Leistungssteigerung von bis zu 2W durch TLS-Technologie Die patentierte Lasertechnologie von 3D-Micromac zum direkten Schneiden von Solarzellen ist die führende Methode zum Schneiden von Zellen. Wenn herkömmliche Schneidverfahren an ihre Grenzen stoßen, kommt die TLS-Technologie mit ultrakurzen Pulsen ins Spiel. Exzellente Schnittqualitäten mit hoher Reproduzierbarkeit und Genauigkeit können garantiert werden. Egal ob Halbzelle, Drittelzelle, Viertelzelle oder die zukunftsweisende Sechszelle. Durch die große Flexibilität der TLS-Technologie ist es möglich, unsere Kunden umfassend zu unterstützen. Anpassung in der Anzahl der Zellschnitte, Variation in der Größe der Substrate bis zu 220mm oder eine hohe Flexibilität in der Formfreiheit. Von siliziumbasierten Zelltypen wie PERC, TOPCon, HJT bis IBC ist die Bearbeitung Ihrer mono- und polychristalinischen Photovoltaikzellen möglich.

Serienschnitte von Edelstahl Stangenmaterial bis Ø 260mm, HL bis 12m

The flexible and modulardesigned Heckert Large Athletic Series guarantee optimum results in the economic processing of largesized and heavy workpieces with an edge length of up to 3,300 mm and up to 13,000 kg in all material qualities. Available in 4 and 5axis versions X / Y / Z travel mm:1,700 / 1.250 / 1,850 Rapid traverse m/min:60 Tool holder:HSK-A100 Max. tool length mm:800 Max. tool diameter mm:340 Pallet dimension mm:1,000 x 800 Workpiece core contour ø in mm:1,700 Max. workpiece height mm:1,650 Loading mass kg:5,000

The LX series was specifically designed for the highprecision, efficient fiveaxis machining of turbine blades. This ultramodern machining platform is the result of decades of experience in the development of machine tools, CAM systems and special tools combined with our inhouse expertise in the prototype and series production of turbine blades. Max. distance between centers mm:565 Swing Diameter mm:400 X-Axis mm:650 Y-Axis mm:650 Z-Axis mm:680 A-Axis (Root Station) degree:360 endless A-Axis (Tip Station) degree:360 endless Swivel B-Axis degree:-90 / 50 Linear Axes X Y Z U/min:62 Rotary Axis A U/min:200 Rotary Axis B U/min:60 Linear Axes P mm:0.006 (0.004) Linear Axes Ps mm:0.0024 (0.0020) Rotary Axes P sec:6.0 Rotary Axes Ps sec:4.0 Power at 100% Duty kW:28 Torque at 100% Duty Nm:181 Speed U/min:18000 Tool Taper:HSK-A63 Max. Tool Weight kg:10 Max. Tool Diameter mm:100 Max. Tool Length mm:250 Standard / Max. number of Tools:40 / 60 / 80 / 320 Tool Chance Time sec:4.5 Max. Workpiece Diameter mm:400 Total weight (part and fixture) kg:50 Workpiece Change Time sec:ca. 30 Weight kg:13000 Lenght x Width x Height mm:5200 x 3100 x 3110 Safety Concept:CE-compliant Siemens:840D

The vertical lathes of the TVU product line of Berthiez are especially suited for machining engine and turbine components, which are primarily used in the aerospace industry as well as for alternative and classical power generation. The TVU vertical lathes are characterized by a complete cast design, highprecision static and dynamic positioning as well as longlasting reliability. Advantages of the TVU vertical turning lathes are, completely cast iron construction, high static and dynamic axis stability, high accuracies and long term reliability. For higher flexibility the machine can be equipped with several pallet change systems and adaptable milling heads. The optional Yaxis table traverse will permit the turning, milling and grinding of complex components in a single clamping Swing diameter:mm 2,000 Turning diameter:mm 1,800 with standard tool clearance 170mm Machining height fixed crossrail:mm 800-1,130 Machining height moveable crossrail:mm 1,120 / 1,560 Moveable crossrail stroke:mm 800 Step moveable crossrail:mm 100 Table diameter:mm 1,600 Table speed:rpm 350 / 400 Table drive power S1 100%:kW 51 / 71 Table torque S1 100%:kW/Nm 13 / 19 Table load max.:kg 7,000 Cutting force:kN 50 Feed force:kN 15 Ram cross section:mm 250 x 250 Ram stroke:mm 1,000 / 1,250 Rapid traverse max.:mm/min 20,000 Tool interface:CAPTO / HSK / KM Spindle power S1:kW 21 / 36 Spindle speed:rpm 6,000 C-axis feedback intervall:sec 2 Tool interface:CAPTO / HSK / KM / ISO Torque:Nm 200 / 345 Swing diameter:mm 1,600 Twin-pallet Pallet diameter:mm 1,400 Twin-pallet Swing diameter:mm 1,600 Front pallet Pallet diameter:mm 1,600 Front pallet Swing diameter:mm 2,000 Load on pallet:kg 4,000

The Dörries CONTUMAT VC series, designed as a double column portal system, is ideal for larger swing diameters of 3,500 to 12,000 mm. The VC range combines all of the advantages of the VCE range with the ability to machine large scale components just as effectively. The positive construction properties of the smaller range are taken over here in correspondingly dimensioned main components. The range also provides high levels of flexibility by combining standard modules, providing the customer with a solution tailored to suit their individual needs. The closed portal construction of the double column vertical lathe guarantees high intrinsic rigidity, while the proven cast construction ensures excellent damping and thermostability. Thanks to these characteristics customers obtain a lathe that provides high machining accuracy, with a long service life. Swing diameter:mm 4,500 Table diameter:mm 3,500 / 4,000 Working height max.:mm 4,645 Main drive S1:kW 2x 60 - 2x 150

The Dörries CONTUMAT VC series, designed as a double column portal system, is ideal for larger swing diameters of 3,500 to 12,000 mm. The VC range combines all of the advantages of the VCE range with the ability to machine large scale components just as effectively. The positive construction properties of the smaller range are taken over here in correspondingly dimensioned main components. The range also provides high levels of flexibility by combining standard modules, providing the customer with a solution tailored to suit their individual needs. The closed portal construction of the double column vertical lathe guarantees high intrinsic rigidity, while the proven cast construction ensures excellent damping and thermostability. Thanks to these characteristics customers obtain a lathe that provides high machining accuracy, with a long service life Swing diameter:mm 7,000 Table diameter:mm 5,000 / 5,500 / 6,000 Working height max.:mm 6,350 Main drive S1:kW 2x 60 - 2x 150

Anwendungen: - Laserschneiden, Dicing und Filamentieren - Laserbohren sowohl im Trepanier- als auch Perkussionverfahren - Lasermikrostrukturierung und -Ablation, z.B. mittels FSLA - Laser-Mikrogravur sowohl an der Substratoberfläche aber auch als Innengravur in transparenten Materialien - Laser-Lift-Off mittels DPSS Laser und Scannersystemen Materialien: Keramiken, Metalle, Polymere, Glaswerkstoffe, Halbleiter, Verbundmaterialien

The microVEGA™ xMR system provides high throughput laser annealing for monolithic magnetic sensor formation. A highly flexible tool configuration, the microVEGA™ xMR can accommodate both Giant Magnetoresistance (GMR) and Tunnel Magnetoresistance (TMR) sensors, as well as easily adjust magnetic orientation, sensor position and sensor dimension—making it an ideal solution for magnetic sensor production. The microVEGA™ xMR uses on-the-fly spot and variable laser energy to provide selective heating of the pinning layer in each sensor in order to “imprint” the intended magnetic orientation. Magnetic field strength and orientation is adjustable by recipe, while high temperature gradients ensure low thermal impact. This allows sensors to be processed directly next to readout electronics as well as closer together, and enables the production of smaller sensors—freeing up space for processing more devices per wafer.

The compact single column vertical lathe (swing diameters of 1,400 to 2,800 mm) is appropriate not only for turning, but, with additional units, can also be used for drilling, milling and grinding. It means that it is possible, in a single clamping, to carry out a full machining operation on the CONTUMAT VCE and not simply turning. The rigid cast construction on this lathe ensures low vibration and accurate cutting; hydrostatic guide rails damp vibrations even further. The technical design and numerous fitting options mean that Dörries is able to configure an individual machine to every customer. Swing diameter:mm 2,400 Table diameter:mm 2,000 / 2,200 Working height max.:mm 2,450 Work piece weight max.:kg 17,000 Main drive S1:kW 60 - 2x 80 Torque on machine table S1 max:KNm 56 Speed range:U/min 280 - 315

High performance simultaneous 5 axis mill turn center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries. Pallet clamping surface according to DIN 55201:mm 1000 x 1000 (1000 x 1250 / 1250 x 1250) Max. workpiece weight:kg 5000 Column linear travel X:mm 2200 Main spindle vertical travel Y:mm 1500 (1900) Table traverse travel Z:mm 2100 Swing diameter:mm 2200 A-axis:degree -100/+60 B-axis:degree endless X/Y/Z:m/min 45 A-axis:rpm 6(12) B-axis:rpm 5.5 (10) Motor spindle , max. Speed:rpm 30000 Max. power (100% ED):kW 120 Total taper:HSK-A63 / (HSK-A 63/80) Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 58 Space requirement for basic machine LxWxH:mm 11400 x 8300 x 5450

3DMicromac‘s highly versatile microFLEX™ product family is the all-in-one solution for manufacturing flexible thin films in photovoltaics, electronics, medical devices, displays, and semiconductors. The production systems can handle various substrates, material thicknesses, and types such as polymer films, stainless steel, and thin glass. The microFLEX™ systems combine high precision laser processing with cleaning and packaging technologies, as well as inline quality control. Due to its modular concept, various customized solutions are available, reaching from industrial mass production to pilot lines as well as applied research. High throughput and efficiency on-the-fly processing; high machine uptime; multiple tension controllers; contactless substrate guiding Highest flexibility easy machine layout modification by modular concept Cost advantages Long term security of investment; reasonable cost of ownership; easy to upgrade and modify; different micro environments.

The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries. Pallet clamping surface according to DIN 55201:mm 1000x1000 (1000x1250 / 1250x1250) Max. workpiece weight:kg 5000 Column linear travel X:mm 2200 Main spindle vertical travel Y:mm 1500 (1900) Table traverse travel Z:mm 2100 Swing diameter:mm 2200 A-axis:degree -100/+60 B-axis:degree endless X/Y/Z:m/min 45 A-axis:rpm 6(12) B-axis:rpm 5.5 (10) Motor spindle , max. Speed:rpm 8000 Max. power (100% ED):kW/Nm 37/940 Total taper:SK 50 (HSK-A100) Motor spindle 1, max. Speed:rpm 15000 Max. power at 100% duty cycle:kW/Nm 70/230 Total taper:HSK-A100 Motor spindle 2, max. Speed:rpm 24000 Max. power at 100% duty cycle:kW/Nm 70/60 Total taper:HSK-A63 Positioning uncertainty (P):sec 0,005 / 6 Positioning scatter (Ps):sec 0,0028 / 4 Reversal error (U):sec 0,002 / 3 Weight:t 58 Space requirement for basic machine LxWxH:mm 11400x8300x5450

These fiveaxis horizontal machining centres are spacesaving miracles, but they remain true to our stringent quality standards in every respect. They guarantee maximum precision for your work processes thanks to our guiding values of accuracy and rigidity. These are values embodied by Heckert machining centres throughout their decadeslong history on the market. X / Y / Z travel mm:700 / 750 / 750 Rapid traverse m/min:80 X/Y/Z acceleration:8 / 11 / 10 Chip-to-chip time sec:3.2 Tool holder:HSK-A63 Max. tool length mm:450 Max. tool diameter mm:160 Pallet dimension mm:400 x 400 (400 x 500) Time required to change pallets sec:12.5 Workpiece core contour ø in mm:600 Max. workpiece height mm:500 Loading mass kg:400 Machine length mm:6,750 Machine width mm:2,840