LISSMAC Grinding Machines of the SMW 1 series set benchmarks for perfect surface finish using the wet grinding process. The flexible compact model can be individually configured to meet customer requirements and is characterised by low tool costs, simple handling and also by the cost effective price-performance ratio which results in short amortisation times.

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. Unlike grinding machines, SBM-M D2s win over customers with more efficient processing work savings of up to 60%. Tool costs are significantly reduced in comparison to expensive machining with abrasives due to mechanical removal of the slag.

The Moore Tool Company, a leader in precision machine tool design andmanufacture, produces a complete line of jig grinding machines and accessories.

The 500 Series Jig Grinder is available in three models (CPZ, CPZ-E and CPWZ)to address your specific precision grinding requirements. These CNC-controlled jig grinding machines have multiple, programmable axes (four simultaneously controlled) for complex two- and three-dimensional features.

most versatile freeform generator

This latest generation of our true flag ship machine has been proven worldwide to be the most flexible, precise, and user friendly ultra precision freeform diamond turning system available. With a minimum of three precision linear X, Y, and Z axes, the 650FGv2 is expandable to a five-axis system via optional B & C rotary axes. With the main work spindle centrally integrated within an oil hydrostatic Y-axis carriage, advanced machining methods such as raster flycutting of linear diffractives and freeforms, micro-prismatic optical structures, micro-milling of aspheric lens arrays as well as Slow Slide Servo (S3) machining of toric, biconic surfaces are achievable.

NanoSMART® Windows Based Interactive HMI Control System

A high speed 64 bit Delta Tau PowerPMAC Motion Controller with the Nanotech’s own touch / swipe gesture HMI, NanoSMART. Three customizable 22″ wide screens are accessible by swiping left or right from the main screen. Ability to handle 5GB program file sizes, 4X faster processing speeds, remote diagnostics and a leading 8 picometer feedback resolution combine to make the new Nanotech 650FGv2 the most user friendly high performance multi-axis diamond turning system available. We welcome you to experience the difference for yourself!

Ultra-Precision Aspheric Grinding System.

The Nanotech 100UPGv1 is an aspheric ultra-precision grinding system specifically engineered for grinding of Tungsten Carbide and Silicon Carbide aspheric optical mold inserts used in glass press molding as well as grinding of aspheric glass lenses. It is also suitable for single point diamond turning of symmetric optical components. The system is available in either a XZ or XZB configuration. It provides a 100mm diameter swing capacity for grinding applications and a 250mm diameter capacity for diamond turning.

ESAGON High Speed Machining Center

The milling center to portal and fixed bed for high speed machinings ESAGON, currently represents the more advanced generation of tools machines. Entirely characterized by a projected structure resorting to the systems of optimization through calculation to finished elements, FEM, with the objective to get an extremely rigid and very dynamic configuration, has been conceived for answering to the widest and diversify applications of various customers and therefore can satisfy demands of machinings to 3, 4 and 5 axes.

The model HSC-LINEAR is a high speed milling machine characterized for its very compact line and cleaning up, and for the fixed bed and mobile column configuration. Projected with the aid of the modern methodologies of optimization through the calculation to finished elements, FEM, introduces good characteristics of rigidity in the movements and damping of the vibrations. If to this the low attritions and the elevated accelerations of the axes are added, are obtained so all the characteristics that allow to get particularly bright dynamic performances in finish, but at the same time make it a very performing in roughing. The all to advantage of the economy of the whole cycle of machining.

The model PHS is a high speed working center with fixed portal and mobile table solution characterized by a very compact and ergonomic line. The planning with the aid of the FEM system has allowed to optimize the calculation to finished elements making the particularly rigid structures of this model with the total elimination of the vibrations in phase of milling.