TOOLING MATERIALSProduct family
NINE CHAPTERS focuses on XYZ all-linear-motor non-metal five-axis systems for high-speed, high-precision machining of large tooling and aerospace carbon-fibre components.
Engineering view / Five-axis machining
Non-metal tooling is only as accurate as the complete chain from datum and stock allowance to workholding, cutter choice, thermal condition, finishing and inspection. Five-axis access reduces setups on complex surfaces and helps preserve the size chain.
01 / CUSTOMER PROBLEM
Large boards, pastes and composite tools can lose accuracy through repeated re-fixturing, unsupported overhangs or a poor datum strategy. A planned five-axis route keeps more of the geometry in one controlled setup.
02 / SELECTION LOGIC
Share CAD, material, envelope, required finish, tolerance, stock condition, fixture or vacuum needs and inspection method. The right machine route depends on the part and material, not the axis count alone.
03 / PROCESS CHECKPOINTS
Define datums, support and stock, then control roughing, rest machining, finishing, dust extraction, edge protection and inspection. Record the actual toolpath and measurement result for repeat work.
04 / RELEASE CHECK
Before a large release, run a representative block or feature to confirm vibration, heat drift, chip evacuation, surface quality, cutter life and the hand-off from material supplier to machining team.
01 / PRODUCT FAMILY
High speed and high precision for non-metal tooling, with enclosed protection designed for clean, reliable machining.
02 / PRODUCT FAMILY
A 24 m dual-workstation system is being manufactured for non-metal moulds and aerospace carbon-fibre beams, ribs, stringers and panels. Its composite steel and mineral-cast bed is designed for vibration damping and thermal stability.