High-volume precision machining for bearing caps, connectors, brackets, and structural components. 60–100 pieces/hour throughput. IATF 16949 compatible.
Automotive parts manufacturing demands relentless consistency, high throughput, and zero tolerance for dimensional drift. APEX CNC machines are engineered specifically for Tier-1 and Tier-2 automotive suppliers who need to produce millions of identical parts without sacrificing precision.
Whether you are machining bearing caps at 80 pieces per hour or producing brake fluid fittings with sub-micron surface finish requirements, APEX has a machine configuration proven in automotive production environments worldwide.
Best for: Bearing caps, connectors, brackets, suspension components — any part requiring simultaneous multi-surface machining at high volume.
Best for: Turned automotive components — studs, fittings, sensor housings, CVT components — requiring multiple turning, drilling, and threading operations.
Multi-station simultaneous machining of all bearing seat diameters, oil hole passages, and flange faces in a single clamping. 60–80 pcs/hr, Cpk > 1.67 typical.
Brake line fittings, fuel line connectors, and hydraulic fittings. Full profile turning, threading, and deburring in one automated setup. Material: steel, stainless, brass.
Brake caliper housings, pad pins, and carrier bolts. Tight geometric tolerances maintained across 100,000+ piece batches with SPC monitoring.
Control arm bushings, ball joint housings, and steering tie rod ends. High volume with excellent surface finish (Ra 0.8–1.6μm).
Gear shaft supports, synchro hubs, and clutch release bearings. Complex profiles with keyways, cross-holes, and precision bores — all machined in one setup.
Stator housings, rotor shafts, and end caps for EV and conventional motors. High-speed turning with micron-level concentricity control.
Real production numbers from automotive environments — not theoretical calculations. Ask for case studies matching your part type and volume requirements.
SPC data output, Cpk reporting, full dimensional traceability, and PPAP documentation support — the quality management standards global OEMs demand.
3–6 months from order to production-ready installation. Compare this to 8–14 months for European OEMs. Every month of delayed production costs money.
95%+ machine uptime. 7×24h remote diagnostics. Local spare parts warehouses in Brazil, Russia, Turkey, and Southeast Asia — minimal unplanned downtime.
For high-volume production (60+ pieces/hour), the RTM-10 rotary transfer machine is optimal — it machines multiple surfaces simultaneously across 10 stations, eliminating the sequential bottleneck of conventional machining centers. For turned parts at lower volumes or with complex profiles, the HCL300A gang-tool CNC lathe delivers 40–60 pieces/hour with sub-2s tool change time.
Yes. APEX machines support IATF 16949 requirements including SPC data output, in-process gauging integration, and complete production traceability documentation. When quoting, specify your quality requirements and our engineering team will configure the control system and monitoring features accordingly.
Bearing caps and similar geometric parts: 60–80 pieces per hour on the RTM-10. Simpler parts can reach 100+ units/hour. The HCL300A produces 40–60 turned parts per hour depending on the number of operations per part. Submit your part drawings for a dedicated cycle time estimate.
Yes. APEX supports all PPAP documentation requirements: dimensional reports, material certifications, process capability studies (Cpk), FMEAs, and process flow diagrams. Our engineering team coordinates directly with your quality department to meet the PPAP submission level required by your customer.
Share your part drawings and volume requirements. Our automotive specialist team will identify the optimal machine configuration and provide a production analysis — at no cost.
Typical response within 4 business hours. NDA available upon request.