Every KERN Evo contains many years of consistent development to ensure ultra-high precision in CNC milling at high and medium volumes.

With its proprietary X-Y cross table, KERN Evo delivers maximum precision in a small installation space. The design allows maximum smoothness and excellent surface finish (Ra < 1 μm) even at high speeds and acceleration values.

Short distances between components and drives ensure minimal angle errors, while ultra-high resolution direct measuring systems guarantee maximum repeat accuracy in a working space of 300 x 300mm. KERN Evo can be optionally equipped with a 4th and 5th axis without compromising the stability and high precision of the basic machine.

With high quality components in all peripheral modules and easy automation, KERN Evo is widely used for unmanned 3-shift production in all industries that demand maximum precision on the workpiece.

Compact and Productive — 24/7

Whether with 3 or 5 axes, KERN Micro is an ultra compact CNC machining center for fully automated production with minimal dimensional variance. It is capable of machining precision workpieces with a maximum height of 220mm and a maximum diameter of 350 mm.

Minimal Waste With High Process Stability

KERN Micro is designed for maximum repeat accuracy and high Cpk values in unmanned production. Due to minimal waste and high process stability, much longer sampling intervals can be used during quality control, greatly reducing production costs.

Whether with 3 or 5 axes mounted on and driven by hydrostatic bearings, KERN Pyramid Nano is one of the most precise CNC machining centers in the world. By focusing on reliability in serial operation, this machine achieves ultra-precision manufacturing of industrial workloads.

Thanks to its hydrostatic drives and guides, the machine suffers virtually no wear in its linear axes. This means the quality and precision of all axes remain constant over extremely long time-frames. In conjunction with KERN’s proprietary thermal management system, you have a perfectly optimized tool at any time.

Among other things, the C 15 concept is based on the modern production technology of dry-cutting without the use of cooling lubricant, with an application range that is suited to smaller gearbox sizes. This machine is equipped with direct drives for the workpiece spindle and the tool spindle.

Thanks to continuous further development of the vertical concept, the Oerlikon C 30 bevel gear cutting machine sets new standards in dry processing. All of the bevel gear machines in this series are equipped with a thermostable, vibration-damping machine bed. The cutting machine utilizes an optimized axis arrangement, resulting in reduced traversing paths that significantly reduce the load on the drive components and stiffen the structure of the overall system at the same time. An integrated deburring tool also provides maximum productivity and maximum process safety using the PULSAR method. Use of the optional Power Skiving method makes it possible to achieve even greater machine flexibility and productivity.

The fully automatic CNC-controlled P 100 / P 100 L precision measuring centers are designed as compact units for the workpiece diameter range up to 1000 mm and 1250 mm respectively. The machines are 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 150 precision measuring center is designed for the workpiece diameter range up to 1800 mm. The machine is used to inspect a broad range of cylindrical gear designs, as well as large bevel gearings and worm gears.

The fully automatic CNC-controlled P 250 precision measuring center is designed for the workpiece diameter range up to 2800 mm. The machine is used to inspect a broad range of cylindrical gear designs, as well as large bevel gearings and worm gears.

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 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 350 precision measuring center is designed for the workpiece diameter range up to 3800 mm. The machine is used to inspect a wide range of cylindrical gear designs, as well as large bevel gearings and worm gears.

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 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 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 machine is used to inspect cylindrical gears, pinion type 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 application range of the C 27 bevel gear cutting machine is ideal for the gearbox sizes found in passenger car and small truck applications. This machine is equipped with direct drives and is designed for cutting workpiece diameters up to 270 mm. The C 27 makes it possible to achieve cutting speeds that allow highly cost-effective dry-cutting even for a large number of cutter head starts and small numbers of teeth.

Lissmac Deburring machine SBM-M S2

Product Introduction

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 Deburring machine SBM-XL G2S2

Product Introduction

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 Deburring machine SBM-XL S2B2

Product Introduction

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. Unlike brushing or grinding machines, SBM-XL S2B2s win over customers with more efficient processing work savings of up to 60%.

Lissmac Deburring machine SBM-XS G1E1

Product Introduction

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%.