Single phase or 3 phase power

This can be outfitted as a Single phase VMC or a 3 Phase VMC

Durable Casting And Components

The cutting-edge design of casting employs meticulous annealing processes in harmony with conventional aging techniques for each casting. This intricate blend of methodologies fosters exceptional vibration damping, while simultaneously ensuring long-term stability, thereby promising the consistent delivery of quality outcomes. Such an approach reflects the growing adoption of advanced manufacturing procedures, which prioritize the mitigation of adverse vibrations and promote the longevity of machine components. It’s this rigorous adherence to precision and quality that sets our casting process apart, transforming the landscape of the industry with innovation and strategic application of proven methodologies.

Cast Iron Bed

Our meticulously machined cast iron bed features an integrated design with three T-slot tracks, providing a robust platform for versatile workholding solutions. This sophisticated equipment is designed with precision in mind, offering an unparalleled basis for operations that necessitate reliable and accurate workholding.

The inclusion of the T-slot tracks provides users with the flexibility to secure workpieces of various shapes and sizes effectively, enhancing the overall productivity and efficiency of their operations.

Moreover, the combination of cast iron’s inherent strength with precision grounding ensures the bed’s longevity, making it an invaluable asset to your production line.

Tool Changer

The state of the art, 21-tool Servo Driven Radial Magazine guarantees a smooth and rapid tool change process. This sophisticated piece of machinery demonstrates a remarkable tool change time of just 1.8 seconds per transition, a testament to its efficient design and engineering prowess.

The radial magazine is driven by a high-precision, low-backlash reducer coupled with a rear-mount servo motor drive. This combination ensures a balanced distribution of gravity and facilitates convenient motor replacement.

Furthermore, the Servo Driven Radial Magazine benefits from its unique tool pot design which mitigates pot tilting stroke and enhances the product’s lifespan.

Tool Setter

Our 3D Touch Trigger Tool Setter is designed to expedite the measuring process and enhance the performance of your machining centers. It focuses on delivering rapid measurements of tool length and diameter, thereby streamlining your operations and significantly cutting down setup times. You can expect an impressive repeatability of 1.00 μm 2σ, ensuring precise measurements every time.

Touch Probe

The probe is designed to improve machine tool manufacturing efficiency, reduce machine downtime awaiting first-off inspection results, and mitigate the impact of fixture and incoming material errors.

This touch probe uses the kinematic resistive principle, a proven technology for stable, long-term operation. It provides highly precise measurements.

Wash down nozzles

The machine reservoir is designed with six strategically placed nozzles to facilitate the effective expulsion of metal shavings into the designated chip disposal compartments. This configuration allows for the efficient management of metal waste, thereby ensuring a smooth operational process that minimizes downtime.

Coolant nozzles

The numerous coolant nozzles in our design offer notable enhancements to machining efficiency, including superior surface finish, optimized chip evacuation, and improved cooling of the tool.

Electrical Cabinet

The electronic components of the machine, which are conveniently accessible, are sourced exclusively from industry-leading manufacturers. These include but are not limited to Lovato, Schneider, Fanuc, and Delta, thereby ensuring high performance and reliability.

Leveling Feet

Our robust and industrially engineered leveling feet provide a precise means of adjusting machine alignment, ensuring optimal operational performance and stability.

Leveling feet play a crucial role in stabilizing machinery, especially on uneven surfaces. Misalignment can lead to sliding, excessive wear, and even serious safety issues for operator