Start with the finished part
Bring the section drawing, material, stock length and finished-part drawing together. Mark the faces to be machined and the dimensions that affect assembly. A machine should be selected against the actual part, not just the headline working length.
Map the operations
Separate cutting, drilling, milling, end-face preparation and corner joining. Decide which operations belong in a machining center and which benefit from dedicated equipment. Include loading, clamping and inspection time in the discussion.
Compare working envelopes
Review the useful working range at your required angles, the tool clearance and the clamping positions. A maximum cutting height at 90° does not necessarily apply at 45°.
Prepare the configuration
List blade and cutter requirements, electrical supply, control language, extraction needs and stock support. Review a representative component before finalizing the configuration.
A 45° profile cut needs its own envelope check
The LJZ2-CNC-550×4500 publishes 200 mm at 45° / 230 mm at 90° cutting height and Max. 175 mm cutting width. A drawing that requires 45° cuts must be checked against the 45° height, together with the section width and clamping.
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Begin with the cross-section and the finished lengths, then list required angles.
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Map cutting → hole/slot machining → joint-end preparation → corner assembly only where those operations occur on the part.
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For the LZX-CNC-1200, 1,200 mm X-axis travel is a motion specification; review clamps and tool clearance before treating it as an effective part length.
Use this example to frame your inquiry. Confirm the finished drawing, machine configuration and tools before selecting equipment.
Ready to turn the brief into a shortlist?
Explore the equipment range or bring your requirements to CAMAS.