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The fully automatic CNC-controlled P 26 precision measuring center is designed as a compact unit for the workpiece diameter range up to 260 mm.
The fully automatic CNC-controlled P 26 precision measuring center is designed as a compact unit for the workpiece diameter range up to 260 mm.
The fully automatic CNC-controlled P 350 precision measuring center is designed for the workpiece diameter range up to 3800 mm.
The fully automatic CNC-controlled P 350 precision measuring center is designed for the workpiece diameter range up to 3800 mm.
The fully automatic CNC-controlled P 40 precision measuring center is designed as a compact unit for the workpiece diameter range up to 400 mm.
The fully automatic CNC-controlled P 40 precision measuring center is designed as a compact unit for the workpiece diameter range up to 400 mm.
The fully automatic CNC-controlled P 65 precision measuring center is designed as a compact unit for the workpiece diameter range up to 650 mm. The machine is used to inspect cylindrical gears, pinion type cutters and shaving cutters, worms and wo…
The fully automatic CNC-controlled P 65 precision measuring center is designed as a compact unit for the workpiece diameter range up to 650 mm. The machine is used to inspect cylindrical gears, pinion type cutters and shaving cutters, worms and worm wheels, hobs, bevel gears, general dimension, shape, and positional deviations of axially symmetrical workpieces, cam and camshaft measurement and rotor measurement.
The fully automatic CNC-controlled P 16 precision measuring center is designed as a compact unit for the workpiece diameter range up to 160 mm.
The fully automatic CNC-controlled P 16 precision measuring center is designed as a compact unit for the workpiece diameter range up to 160 mm.
After chamfering with the patented ChamferCut technology, no additional machining is necessary. There is no need for a second cut, which is often required during the deformation-based deburring process for the removal of build-up material. With th…
After chamfering with the patented ChamferCut technology, no additional machining is necessary. There is no need for a second cut, which is often required during the deformation-based deburring process for the removal of build-up material. With the chamfering process, the exact chamfer form is produced. In contrast to deformation-based processes, the material structure is not affected. An optimal starting point is created for the subsequent finishing of hardened gears, particularly gear honing. The quality of such chamfers defines a new standard – with maximum repetitive accuracy.
The LGG machines are suitable for hob grinding and profile grinding. As standard, the machines are equipped with an external grinding head and can be supplemented with an internal grinding head.
The new LCS series offers a machine system fo…
The LGG machines are suitable for hob grinding and profile grinding. As standard, the machines are equipped with an external grinding head and can be supplemented with an internal grinding head.
The new LCS series offers a machine system for finish machining of hardened gears, characterized by its productivity and versatility. Two methods can now be used on a single machine: The LCS “Combi” Gear generating or profile grinding with dressable tools or plated CBN tools.
Is performance-related cutting possible on your machine? As nowadays the economical requirement is more important than ever, modern machines are required.
Is performance-related cutting possible on your machine? As nowadays the economical requirement is more important than ever, modern machines are required.
With the machines LS 80 – LS 180 Liebherr is introducing a new series of production gear shaping machines. The performance and flexibility of these machines are optimized for high production requirements.
With the machines LS 80 – LS 180 Liebherr is introducing a new series of production gear shaping machines. The performance and flexibility of these machines are optimized for high production requirements.
The foundation is the rigidity by the machine: The cast iron machine bed absorbs resulting process forces. The use of flat guides in all important linear axes provides additional damping. A high spindle rigidity is attained in the machining head u…
The foundation is the rigidity by the machine: The cast iron machine bed absorbs resulting process forces. The use of flat guides in all important linear axes provides additional damping. A high spindle rigidity is attained in the machining head using a special bearing concept, in which longer tool holders can be used – this is particularly important for machining internal gears.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided deburring and edge rounding of punched, laser and fine plasma cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided deburring and edge rounding of punched, laser and fine plasma cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective edge rounding on internal and external contours of punched or laser-cut workpieces using only one work process. Unlike grinding machi…
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective edge rounding on internal and external contours of punched or laser-cut workpieces using only one work process. Unlike grinding machines, SBM-M S2s win over customers with more efficient processing work savings of up to 60%.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided deburring and edge rounding on plasma and thermal cut workpieces using only one work process. Unlike grinding machines, SB…
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided deburring and edge rounding on plasma and thermal cut workpieces using only one work process. Unlike grinding machines, SBM-XL G2S2s win over customers with more efficient processing work savings of up to 60%.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided edge rounding and oxide layer removal of laser-cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided edge rounding and oxide layer removal of laser-cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing of small parts through highly-effective, two-sided deburring and uniform edge rounding of punched, laser and fine plasma cut workpieces using only one work pr…
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing of small parts through highly-effective, two-sided deburring and uniform edge rounding of punched, laser and fine plasma cut workpieces using only one work process. Unlike grinding machines, SBM-XS win over customers with more efficient processing work savings of up to 60%.
As cost effective basic machines they offer top machining results in surface finish and sheet metal deburring. They are characterised by low tool costs, simple handling and also by their cost effective price-performance ratio and the resulting sho…
As cost effective basic machines they offer top machining results in surface finish and sheet metal deburring. They are characterised by low tool costs, simple handling and also by their cost effective price-performance ratio and the resulting short amortisation time.
LISSMAC Grinding Machines of the SMD 5 series set benchmarks for perfect surface finish using the dry grinding process.
LISSMAC Grinding Machines of the SMD 5 series set benchmarks for perfect surface finish using the dry grinding process.
LISSMAC Grinding Machines of the SMW 1 series set benchmarks for perfect surface finish using the wet grinding process.
LISSMAC Grinding Machines of the SMW 1 series set benchmarks for perfect surface finish using the wet grinding process.
LISSMAC‘s systems for metal processing set high standards for edge rounding and deburring. Our innovative method of simultaneously processing inside and outside edges of punched or laser-cut parts on both sides in a single pass is highly efficie…
LISSMAC‘s systems for metal processing set high standards for edge rounding and deburring. Our innovative method of simultaneously processing inside and outside edges of punched or laser-cut parts on both sides in a single pass is highly efficient.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided removal of slag on plasma and thermal cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided removal of slag on plasma and thermal cut workpieces using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided removal of oxide layers on lasered sheets using only one work process.
LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided removal of oxide layers on lasered sheets using only one work process.
Mägerle MFP series – The long-distance machine With the MFP series, Mägerle comprehensively covers the requirements for flat and profile grinding machines. These machines specialise in creep feed grinding as well as profile and flat grinding o…
Mägerle MFP series – The long-distance machine With the MFP series, Mägerle comprehensively covers the requirements for flat and profile grinding machines. These machines specialise in creep feed grinding as well as profile and flat grinding operations using the pendulum method.
Processes such as grinding, cutting and drilling can be achieved to absolute perfection in a single clamping. High productive benefit with simple operation are the result.
Processes such as grinding, cutting and drilling can be achieved to absolute perfection in a single clamping. High productive benefit with simple operation are the result.
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