What is this machine used for?
FC800 is a five-axis CNC machining center with listed X/Y/Z travels of 1100/1400/550 mm. Its published data distinguish standard A and optional B spindle configurations. Compare the table, load and tooling requirements with your part and fixture. Confirm rotary-axis ranges, operating mode, material and any automation with engineering; five-axis identity alone does not establish simultaneous five-axis machining or usable workpiece space.
Which configuration needs confirmation?
Standard A and optional B spindle data belong to separate configurations. Slash-separated interfaces and the 24 / 32 / 40 tool-magazine capacities are alternatives, not a promise that all choices are included. Confirm the supplied interface, speed/power rating, magazine and tooling together.
This page does not state numerical rotary-axis angular ranges or rotary-axis positioning accuracy. Confirm the rotary-axis ranges, control functions and indexed or simultaneous operating mode for the proposed configuration. Linear-axis positioning accuracy and repeatability do not guarantee finished-part tolerances.
Confirm the table geometry, clearance throughout rotation and the combined part/fixture envelope for the supplied configuration. The listed table size does not establish a rotating-workpiece diameter limit.
Engineering questions before selecting FC800
Does five-axis identity guarantee simultaneous five-axis machining?
No. Confirm the proposed control, rotary-axis ranges, functions, tool access and whether the required operation is indexed or simultaneous. The listed family and axis data do not establish that capability for a supplied configuration.
Can standard and optional spindle values be combined?
No. Keep the listed configuration groups separate and confirm the matching interface, power, rated/maximum speed, torque where listed, magazine and tooling. Interface choices do not mean that every choice is included.
Do table, travel or accuracy figures guarantee the finished workpiece?
No. Review the part and fixture, tool reach, collision clearances, rotary position and the applicable table-load condition. Linear positioning accuracy and repeatability are distinct from finished-part tolerance; agree the process and acceptance conditions separately.
What if the material, process or automation has not been decided?
Describe the part or intended operation first. A selected model and a drawing are optional for initial contact. Material suitability, workholding, cutting tools and any loading or automation integration require engineering confirmation.
You can describe the part or intended operation before choosing a model. A model, drawing and company name are optional for first contact. Add dimensions, material grade, quantity and fixture details if known.