ORBITER
Orbiter represents an evolution compared to traditional pick-up lathes, thanks to its compact and modular structure. Unlike conventional lathes, which require long strokes on the X-axis and a single spindle, Orbiter optimizes movements via a rotating A-axis.
This allows for multiple operations without repositioning the part, reducing machining times and costs. The stations can include fixed or motorized tools, grinding wheels, and integrated Marposs measuring probes. An optional Y-axis is also available for particularly complex cycles.
The rotating counter-spindle allows for machining on two grips without having to flip the element, guaranteeing precision and productivity. Loading and unloading occur automatically along dedicated paths. Thanks to its flexibility, Orbiter adapts to customized configurations, from the base model up to versions complete with turrets and multiple axes.
HIGHLIGHTS
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Full access to the machine, 270° machine front.
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Turning on counter-spindle for operations A and B on the same machine without flipping the part.
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Turning, bushing pressing, and re-machining in the machine during the cycle.
Available document
Absolute precision between phase A and phase B
Orbiter guarantees total continuity of references between phase A and phase B, eliminating the flipping of the part. This means that dimensions, alignments, and geometries stay consistent throughout the entire machining cycle.
Precision does not depend on repositioning but is intrinsic to the machine and the process, ensuring constant results even on prolonged productions and components with high geometric criticality.
Multiple setups in a compact space
The Orbiter is designed to offer multiple setup configurations within an extremely compact structure.
This flexibility allows for the management of different machining operations and product variants without increasing the plant's footprint or complexity.
A single machine can replace several traditional stations, reducing occupied space, setup times, and overall production costs.
In-line loading/unloading station and Marposs measurement
The machine integrates a dedicated loading and unloading station, completed by an in-line Marposs measurement system.
Dimensional control occurs directly during the cycle, allowing for continuous and immediate verifications.
This approach reduces scrap, rework, and manual interventions, guaranteeing a controlled, traceable process compliant with the highest quality standards.
