Simultaneous 5-axis machining
Multiple axes can work together so the cutter approaches the component from more appropriate angles for complex forms and detailed surfaces.
Tell us a little about your requirements and the Opus CNC team will come back to you with the most suitable machinery options.
Complete the details below and we will be in touch with the most relevant quotation for your requirements.
Advanced 5-axis CNC machining for complex 3D forms, precision components and specialist production where conventional routing reaches its limits.
The Lotus combines simultaneous multi-axis capability with a 12-position ISO30 carousel tool changer, Hiteco 11kW water-cooled spindle and Syntec 5-axis control for demanding component machining and high-quality surface finishing.
The Lotus is built for manufacturers that need the cutting tool to approach a component from multiple angles, machine complex 3D geometry and reduce the number of separate setups required to finish a part.
Five-axis movement gives operators access to contoured faces, detailed forms and difficult geometries while the Hiteco spindle, Syntec control and carousel ATC provide the production platform needed for advanced component work.
Multiple axes can work together so the cutter approaches the component from more appropriate angles for complex forms and detailed surfaces.
The Lotus uses specialist spindle, control and automatic tool change hardware suited to demanding machining and precision component production.
Opus supports the Lotus alongside Fusion 360 workflows, including post-processor guidance, machine operation and software training.
Six standard working areas plus bespoke sizing, allowing the Lotus to be configured around component dimensions and specialist production requirements.
Compare Lotus sizesThe Lotus gives manufacturers multi-angle tool access, fewer setups and a production platform designed for advanced 3D machining and precision component work.
A conventional CNC router moves across X, Y and Z. The Lotus adds further rotational movement so the tool can work from multiple angles, helping produce complex 3D forms, smoother surfaces and detailed parts that are difficult to achieve with a standard 3-axis or 4-axis machine.
Designed for advanced 3D machining where complex forms need to be cut from multiple angles.
Multi-angle tool access supports accurate machining across contoured surfaces and detailed components.
More faces can be machined without repeatedly removing, rotating and re-fixturing the workpiece.
Approaching the workpiece from suitable tool angles can help reduce secondary finishing on complex surfaces.
Suitable for advanced work in materials including wood, aluminium, plastics and composites.
Ideal for mould-making, automotive, aerospace-style work and other high-value component applications.
The Lotus combines a Syntec 5-axis control platform, Hiteco spindle technology, automatic tool changing and a stable moving-table design for high-precision production work.
The moving table and stationary gantry design help support machine strength, reduce vibration and maintain consistent cutting performance.
The separate control box helps keep key electrical components away from excess dust, debris and workshop contamination.
The Lotus works alongside Fusion 360 for advanced 3D CAD/CAM workflows, with training and post-processor support available through Opus engineers.
The Lotus is available in standard or bespoke sizes, allowing the Opus team to advise on the most suitable configuration for your component sizes and production needs.
The Lotus range is available in standard bed sizes from 1300 x 1300mm through to 2000 x 6000mm, with bespoke sizes also available for specialist production requirements.
A closer look at the machine platform, 5-axis spindle setup and real-world installation imagery.
Share your component sizes, preferred working area and, if useful, your materials or 5-axis requirements. We’ll use that information to recommend the most suitable Lotus configuration and send pricing.
Complete the short form below. Additional Information is optional.
Clear answers on software, training, tooling, power supply and available bed sizes for the Lotus 5-Axis CNC Router range.
Yes. Opus CNC is based in the North East of England and supports customers across the UK through its engineering team.
Lotus 5-axis CNC routers work alongside Fusion 360, with Opus engineers trained to support the CAD/CAM workflow and required post-processor setup.
Yes. Machine and software training is included and is split into machine operation, software and safety, tailored to the operator’s experience level.
Tooling is primarily geared towards the training process. For ongoing production tooling, Opus recommends speaking with specialist tooling suppliers. Lotus routers are designed to accommodate ER32 collets.
Yes. Lotus 5-axis CNC routers are supplied with 3-phase connectivity. Single phase is not available in the Lotus 5-axis range.
Standard sizes include 1300 x 1300mm, 1300 x 2500mm, 1525 x 3050mm, 2100 x 3050mm, 2000 x 4000mm and 2000 x 6000mm. Bespoke-sized Lotus routers are also available.
Opus CNC works with Anglo Scottish Asset Finance to help businesses explore competitive asset finance options for CNC routers, laser cutters and workshop machinery.
If the Lotus 5-Axis CNC Router is more advanced than required, these related Opus CNC machines may be worth considering.
A specialist 4-axis CNC router for rotary work, complex shapes and more advanced machining than standard 3-axis routing.
A high-spec 3-axis automatic tool change CNC router for fast, demanding production and sheet processing.
The automatic tool change version of the PRO platform for businesses that need faster multi-tool production with less operator intervention.
Speak to Opus CNC about your materials, component sizes, machining requirements and production goals. We will help you choose the most suitable Lotus size and specification for your workshop.
Machinery supplied by Opus CNC is used by organisations across education, manufacturing, engineering, motorsport, energy, public sector and specialist production environments.