Unika
UNIKA is a high speed-milling machine with movable column. It allows a rapid feed of 60 m/min. The movements of the linear axes are realized with water-cooled linear motors. The column, the knee and the ram are generously dimensioned. The structures are naturally symmetrical guaranteeing therefore constancy of behavior independently from the temperature variations and […]
Invar
A boring machine incorporating cutting-edge technological innovations designed to meet the growing demand for precision. The INVAR delivers a level of accuracy unmatched by any comparable machine on the market.
ML-Series
This line of conventional machining centers is engineered specifically for heavy-duty machining of hard materials such as steel, Inconel, and titanium. Based on a modular concept, the ML line offers large-part machining capacity across a wide range of industrial applications.
Speedliner
The SPEEDLINER is a 3- or 5-axis gantry-style machining center designed for high-speed mold and die machining, as well as aerospace applications. It features a monobloc structure with a moving gantry saddle and a stationary workpiece. The machine is also available in a “Linear” configuration, equipped with linear motors on the 3 linear axes and […]
Aero
The AERO is a line of medium-to-large gantry machining centers designed for high-speed 3- to 5-axis machining as well as heavy-duty cutting on tough materials (such as steel, Inconel, and titanium). Available with an automatic head changer or an automatic spindle cartridge exchange system, the machine delivers exceptional flexibility for complex machining applications across both […]
XS
The XS is a line of medium-to-large gantry machining centers designed for high-speed 3- to 5-axis machining as well as heavy-duty cutting on tough materials (such as steel, Inconel, and titanium). Available with an automatic head changer or an automatic spindle cartridge exchange system, the machine delivers exceptional flexibility for complex machining applications across both […]
Diamond
The DIAMOND is a 3- or 5-axis gantry-style machining center designed for high-speed mold and die manufacturing as well as aerospace applications. It features a rigid monobloc frame with a traveling-gantry saddle and a stationary workpiece setup. The machine is also available in a “Linear” configuration, powered by linear motors on the three primary axes […]
Diamond 30
The DIAMOND 30 is a 3- or 5-axis gantry-style machining center designed for high-speed mold and die manufacturing as well as aerospace applications. It features a rigid monobloc frame with a traveling-gantry saddle and a stationary workpiece setup. The machine is also available in a “Linear” configuration, powered by linear motors on the three primary […]
Dinamika
The DINAMIKA is a highly versatile, floor-type, high-dynamic milling machine incorporating advanced technology solutions. It offers a wide range of multi-axis configurations, modular axis travels, and diverse accessories—including milling heads, automatic head changers, rotary tables, automatic tool changers (ATCs), and full automation. Ideal for roughing and finishing medium-to-large parts, the machine is well suited for […]
Formula
The FORMULA is a highly versatile, floor-type, high-dynamic milling machine incorporating advanced technology solutions. It offers a wide range of multi-axis configurations, modular axis travels, and diverse accessories—including milling heads, automatic head changers, rotary tables, automatic tool changers (ATCs), and full automation. Ideal for roughing and finishing medium-to-large parts, the machine is well suited for […]
Electra
The ELECTRA is a highly versatile, floor-type, high-dynamic milling machine incorporating advanced technology solutions. It offers a wide range of multi-axis configurations, modular axis travels, and diverse accessories—including milling heads, automatic head changers, rotary tables, automatic tool changers (ATCs), and full automation. Ideal for roughing and finishing medium-to-large parts, the machine is well suited for […]
HSC Linear
The HSC-LINEAR is a high-speed milling machine featuring a clean, compact design and a fixed-bed, traveling-column configuration. Engineered using modern Finite Element Method (FEM) optimization, the machine delivers exceptional structural rigidity and vibration damping. Combined with low-friction guideways and high axis acceleration rates, it provides outstanding dynamic performance for high-precision finishing while maintaining powerful roughing […]
LHS
The LHS line features a traveling-column architecture designed for medium-to-large-part production across 3- or 5-axis configurations. Its versatile structural layout accommodates a wide range of operational setups, including a traveling rotary table, an automatic head changer, and multiple machining zones. Thanks to this flexibility, the LHS is ideally suited for mold and die manufacturing, aerospace […]
Emerald Linear
The EMERALD is a high-speed milling machine featuring a fixed-bed, traveling-column configuration. Engineered using modern Finite Element Method (FEM) optimization, the machine achieves an optimal balance between dynamic rigidity and vibration damping. Combined with low friction and high axis acceleration rates, it delivers outstanding dynamic performance during precision finishing while maintaining impressive roughing capability—maximizing the […]
Shark
The SHARK line is a series of high-speed machining centers featuring a fixed-bed, traveling-column architecture. Developed using Finite Element Method (FEM) structural analysis, the design delivers exceptional rigidity and vibration damping across all dynamic axes. Combined with low friction and high axis acceleration rates, the machine provides superior dynamic performance for both finishing and roughing […]
Roller
The ROLLER is a high-speed machining center featuring a fixed portal and moving table design, equipped with a continuous-positioning milling head and a continuous rotary working table. Structural design optimized through Finite Element Method (FEM) analysis ensures exceptional rigidity, virtually eliminating vibrations during milling operations.
Roller XL
The ROLLER XL is a high-speed machining center featuring a fixed portal and moving table design, equipped with dual continuous-positioning milling heads and a continuous rotary working table. Structural design optimized through Finite Element Method (FEM) analysis ensures exceptional rigidity, virtually eliminating vibrations during milling operations.
Active Five
The ACTIVE FIVE is a compact, ergonomic high-speed machining center featuring a fixed portal and moving table design, equipped with a continuous two-axis milling head. Structural optimization using Finite Element Method (FEM) analysis delivers exceptional rigidity and virtually eliminates vibrations during milling. Combined with low friction and high axis acceleration, the machine provides superior dynamic […]
PHS
The PHS is a compact, ergonomic high-speed machining center featuring a fixed portal and moving table design. Structural optimization using Finite Element Method (FEM) analysis delivers exceptional rigidity and virtually eliminates vibrations during milling operations.
THS Series
The THS line features a moving column design for the cross axis carrying the milling head. It can be configured for a variety of applications, ranging from 3- to 5-axis machining as well as pallet changers. Thanks to its rigid structural design, it is equally suited for high-speed machining and heavy-duty cutting.
BF Aero
The BF line features a full 5-axis milling head engineered specifically for profiling hard materials such as steel, Inconel, and titanium.
Esagon
The ESAGON fixed-bed portal milling center is an advanced high-speed machine tool. Designed using Finite Element Method (FEM) optimization, its rigid, highly dynamic structure meets diverse customer requirements across 3-, 4-, and 5-axis machining applications.
Twin System
The HSC-2 SPINDLES is a compact high-speed milling machine featuring a fixed-bed, traveling-column configuration with a dual spindle. Engineered using Finite Element Method (FEM) analysis, its structure delivers high rigidity and effective vibration damping. Combined with low friction and high axis acceleration, it provides excellent dynamic performance in finishing operations while maintaining high efficiency in […]
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