|
|
|
 |
Turning Machines • Grinding Machines • Machining Centers • Gear Cutting Machines • Laser-Welding Machines
|
| Employees : |
1800 |
| Year established : |
1867 |
Business : |
Manufacturer |
Lathes •
Multi-tool production lathes •
Vertical lathes •
Crankshaft lathes •
Piston lathes •
Axle-turning lathes •
Lathes for turning and accurate rolling of wagon axle pivots •
Camshaft lathes •
Lathes for oval objects •
Single-spindle chucking automatic lathes •
Multi-spindle chucking automatic lathes •
Numerically controlled vertical single-spindle • chucking lathes with two supports • Numerically controlled vertical double-spindle • chucking lathes with two supports •
Turning Machines • Grinding Machines • Machining Centers • Gear Cutting Machines • Laser-Welding Machines •
EMAG's roots go back to 1867 and the establishment of a foundry and machine tool company in Bautzen/Saxony. Since its reestablishment in 1952, not far from its present headquarters at Salach – between Stuttgart and Ulm – EMAG has manufactured turning machines. In the beginning these were simple engine and bar lathes, followed – in the 1960s – by turret lathes, then program-controlled single- and two-spindle automatics, and finally highly efficient, modular single- and multi-spindle automatics and special purpose machines for the production of car components. In the 1980s EMAG was very successful in building highly automated CNC turning cells, which were used worldwide by a variety of industries. In 1992 EMAG was the world's first manufacturer to build a turning machine with a pick-up work spindle that traveled the main axes whilst the tooling systems remained stationary. This concept stood turning on its head. Furthermore: every machine of the VSC series is a manufacturing cell, as the pick-up spindle ensures that the machine loads itself very quickly and efficiently at practically no extra cost. Nowadays, these machines – the same in design, differing only in the tooling system – can also be used as multi-functional production centers for drilling, milling, grinding, gear hobbing and other associated processes. By the end of 2007 the Group had sold 6.000 vertical and horizontal pick-up turning and production centers to many branches of industry worldwide. At the end of 2007 it employed approx. 1,800 permanent staff and 188 trainees.
 | Deep-hole boring machine HL 1000 - oil hole drilling in soft and hardened crankshafts |  | Gear Cutting Machines Gear hobbing machines up to module 4
Machines for the resharpening of straight or spiral fluted gear hobs in high speed steel or carbide |  | Grinding Machines Universal, internal and external cylindrical grinders
Crankshaft grinders, machines for the grinding of cams and camshafts
Combined vertical and horizontal turning+grinding centers for chucked and shaft-type components |  | Laser-Welding Machines Assembly + laser welding |  | Machining Centers Twin- or four-spindle horizontal machining centers with:
- linear motors for light alloy machining
- ball screws for heavy-duty machining
Twin-spindle vertical machining centers |  | Tube and coupling sleeve machining centers USC 11 / 21 – the machine concept for the flexible machining of tube ends.
Center drive machine USC 27 for the efficient manufacture of coupling sleeves |  | Turning Machines Vertical pick-up turning machines and turning centers
- Chucked components of 160 to 1200 mm diameter
- Shaft-type components of up to 1,000 mm length |  | Vertical Machining Center Vertical machining center with one or two motor spindles. Simultaneous loading of the fixture plates, using double-swivel trunnions. With integral A-axis for the twin-table version and direct-driven rotary tables designed to accommodate single or multiple clamping fixtures. Well suited for dry machining. | |
|
Product Summary EMAG Group
Click on the Page above to view our PDF Catalogues
|
VERTICAL TURNING AND GRINDING CENTERS
Click on the Page above to view our PDF Catalogues
|
VERTICAL TURNING MACHINES AND TURNING CENTERS
Click on the page above to view our full PDF Catalogue
|
|
|
<