CNC Machining Knowledge Base
These articles answer the questions our engineers actually get asked during quoting: when simultaneous 5-axis beats 3+2, why cost per part stops falling after a certain volume, how fixture strategy changes small-batch economics, and which design decisions move a quote by 3×. Written for engineers and sourcing managers who need to make a decision, not read a brochure.
5-Axis CNC Machining: Simultaneous vs 3+2 — Which One Does Your Part Actually Need?#cnc · #manufacturing · #machining · #engineering
High-Volume CNC Machining: How to Cut Cost Per Part Without Cutting Tolerance#cnc · #manufacturing · #machining · #productivity
5-Axis Fixturing: Why Zero-Point Systems Change Small-Batch Economics#cnc · #manufacturing · #machining · #engineering
FAI to Production: A Practical Inspection Plan for 5-Axis and CNC Batch Runs#cnc · #manufacturing · #quality · #machining
Holding ±0.01 mm on 5-Axis Machined Parts: What Actually Moves the Needle#cnc · #manufacturing · #machining · #engineering
Machining Medical Device Components: Why Swiss-Type Lathes Dominate Small, Precise Parts#cnc · #manufacturing · #machining · #medicaldevices
CNC Prototype to Production: Bridging the 1-Piece to 100,000-Piece Gap#cnc · #manufacturing · #machining · #productivity
5-Axis DFM Checklist: 12 Design Decisions That Change Your Machining Quote#cnc · #manufacturing · #machining · #engineering
About CHX Precision Metal
Shenzhen-based precision machining supplier since December 2013. 5,000 m² facility, 100+ staff, 220 CNC machines — 100 five-axis VMCs, 50 CNC lathes and 70 Tsugami Swiss-type lathes. Tolerances to ±0.01 mm (grinding ±0.005 mm), ISO 9001:2015 and ISO 14001:2015 certified. Prototypes in 3–7 days, production in 7–15 days, MOQ from 1 piece.
chxmetal.com · mc@chxmetal.com · +86 0755 2742 7365