typename
Being assemblable Vs. Being accurately assembled
The confidence behind a perfect fit: micron-level machining control. Just finished this pair of mating components—their interlocking tooth profiles (machined via medium-speed wire EDM) have a unilateral gap of only 0.005mm. Manual assembly enables a seamless, smooth fit right off the bat—that’s the "hidden strength" of precision machining:
• Simultaneous dual-part machining ensures absolute symmetry of tooth profiles and spacing.
• Stress-free wire EDM processing avoids the impact of cutting deformation on assembly accuracy.
• From mold slides to transmission components, this "perfect fit" is the foundation for stable equipment operation.
In manufacturing, "being assemblable" is the baseline; "being accurately assembled and long-lasting" is the core competitiveness.
• Simultaneous dual-part machining ensures absolute symmetry of tooth profiles and spacing.
• Stress-free wire EDM processing avoids the impact of cutting deformation on assembly accuracy.
• From mold slides to transmission components, this "perfect fit" is the foundation for stable equipment operation.
In manufacturing, "being assemblable" is the baseline; "being accurately assembled and long-lasting" is the core competitiveness.
