Case Study Center
Industrial CNC machining cases organized by application.
Each case follows one fixed structure: Problem, Solution, Machine Used, Result, Related Articles and Related Products.
Categories
Choose an industry case center.
Automotive
20 automotive case articles covering EV battery systems, chassis parts, braking parts, engine parts and drivetrain housings.
Aerospace
15 aerospace articles covering aircraft structural parts, wing ribs, bulkheads, fuselage frames, landing gear, turbine parts, satellite housings and spacecraft structures.
Mold Industry
A 15-part mold industry series covering injection molds, automotive molds, die casting molds, mold cores, mold cavities, mold bases, stamping dies, hot runner molds and large mold systems.
Medical
Orthopedic implants, surgical instruments and medical titanium parts.
Electronics
Aluminum heat sinks, connector molds and precision electronics components.
Featured Cases
High-value examples for automotive, aerospace and mold buyers.
High-speed Machining of Aluminum Transmission Housing
High-speed machining of aluminum transmission housings for automotive batch production.
Titanium Aircraft Structural Parts Machining
5-axis titanium aerospace machining for rigidity, tool life and contour accuracy.
Precision Mold Cavity Machining
Injection mold cavity machining for fine surface finish and reduced polishing time.
Case Library
68 official case study pages.
EV Battery Tray Machining Case Study
The EV battery tray is one of the most important structural components in modern electric vehicles. It serves as the foundation of the battery pack, supporting battery modules, cooling systems, high-voltage electrical co...
Battery Enclosure Machining Case Study
The EV battery enclosure is the outer protective structure of a battery pack. It is designed to protect battery modules, cooling systems, high-voltage electrical components, and wiring harnesses from mechanical shock, du...
Cooling Plate Machining Case Study
Battery thermal management is one of the most critical technologies in modern electric vehicles. As battery energy density continues to increase, maintaining a stable operating temperature has become essential for safety...
Motor Housing Machining Case Study
The electric motor housing is one of the most important structural components in an electric drive system. It supports the rotor and stator assembly, protects internal components, dissipates heat, and provides installati...
Inverter Housing Machining Case Study
The inverter is the control center of an electric drive system. It converts the direct current (DC) from the battery pack into alternating current (AC) to drive the electric motor while managing power distribution, regen...
E-Axle Housing Machining Case Study
The E-Axle housing is the core structural component of an integrated electric drive system.
Steering Knuckle Machining Case Study
The steering knuckle is one of the most important safety-critical components in an automotive suspension system.
Control Arm Machining Case Study
The control arm is one of the most important structural parts in an automotive suspension system.
Subframe Machining Case Study
The subframe is one of the largest and most important structural components in an automotive chassis system.
Brake Disc Machining Case Study
The brake disc, also known as the brake rotor, is one of the most critical safety components in an automotive braking system.
Brake Caliper Machining Case Study
The brake caliper is one of the most important components in an automotive braking system.
BDU Housing Machining Case Study
The Battery Disconnect Unit (BDU) is one of the most critical safety components inside an electric vehicle battery pack.
PDU Housing Machining Case Study
The Power Distribution Unit (PDU) is the central power management component of an electric vehicle.
Battery Module Frame Machining Case Study
The battery module frame is one of the most important structural components inside an electric vehicle battery pack.
Cylinder Head Machining Case Study
The cylinder head is one of the most complex and critical components in an internal combustion engine.
Engine Block Machining Case Study
The engine block is often called:
Turbocharger Housing Machining Case Study
The turbocharger is one of the most important technologies in modern engines.
Transmission Housing Machining Case Study
The transmission housing is the structural body of a transmission system.
Differential Housing Machining Case Study
The differential housing is the core structural component of the drivetrain system.
Wheel Hub Machining Case Study
The wheel hub is one of the most important safety components in a vehicle.
Aircraft Structural Part Machining Case Study
Unlike ordinary industrial parts, aerospace structural components must satisfy:
Wing Rib Machining Case Study
A wing rib is one of the most important structural components inside an aircraft wing.
Bulkhead Machining Case Study
A bulkhead is one of the primary load-bearing structures inside an aircraft.
Fuselage Frame Machining Case Study
The fuselage frame is one of the primary structural components of an aircraft.
Landing Gear Component Machining Case Study
Ti-6Al-4V titanium, 300M steel and 4340 steel are the most common materials.
Turbine Blade Machining Case Study
A turbine blade is one of the most technologically advanced components in an aircraft engine.
Compressor Impeller Machining Case Study
The compressor impeller is one of the most critical rotating components inside an aerospace engine.
Engine Casing Machining Case Study
An engine casing is the primary structural shell of an aircraft engine.
Blisk Machining Case Study
A Blisk is one of the most advanced components used in modern aircraft engines.
Turbine Disk Machining Case Study
The turbine disk is one of the most heavily loaded rotating components inside an aircraft engine.
Satellite Housing Machining Case Study
Communication Satellites / Earth Observation Satellites / Scientific Payloads
Rocket Engine Component Machining Case Study
Rocket engines are among the most demanding engineering systems ever developed.
Spacecraft Structural Part Machining Case Study
Communication SatelliteEarth Observation SatelliteSpace TelescopeSpace ProbeSpace Station Module
Titanium Machining Guide
1. What Is Titanium Machining2. Why Titanium Is Difficult To Machine3. Types of Titanium Alloys4. Aerospace Titanium Applications5. Medical Titanium Applications6. Common Titanium CNC Operations7. Challenges in Titanium...
Thin Wall Aerospace Part Machining Guide
1. What Is Thin-Wall Machining2. Why Thin-Wall Parts Are Important3. Aerospace Thin-Wall Components4. Common Materials5. Machining Challenges6. Deformation Mechanisms7. Tool Selection8. Cutting Strategies9. Fixturing Met...
Injection Mold Machining Case Study
Injection molding is one of the most widely used manufacturing processes in the world.
Automotive Mold Machining Case Study
An automotive mold is a precision tooling system used to produce vehicle plastic components through high-pressure injection molding.
Die Casting Mold Machining Case Study
Die casting is one of the most important manufacturing processes in modern automotive and electric vehicle production.
Mold Core Machining Case Study
The mold core is one of the most critical components in injection molds and die casting molds.
Mold Cavity Machining Case Study
The mold cavity is the most visually critical part of any injection mold.
Progressive Stamping Die Machining Case Study
Progressive stamping dies are widely used in high-volume metal part production.
Mold Base Machining Case Study
A mold base is a pre-assembled steel structure that holds all functional mold components together.
Precision Punch Machining Case Study
Punch components are the most critical consumable parts in stamping dies.
Hot Runner Mold Machining Case Study
Hot runner systems are advanced injection molding technologies designed to eliminate runner waste and improve production efficiency.
Medical Mold Machining Case Study
Medical molds are used to manufacture plastic components for healthcare and life-saving devices.
Optical Mold Machining Case Study
Optical molds are used to manufacture components that control, reflect, or transmit light.
Connector Mold Machining Case Study
Automotive ECU / EV Battery Connectors / 5G Devices / Industrial Electronics
Multi-Cavity Mold Machining Case Study
Multi-cavity molds are designed to produce multiple identical parts in a single injection cycle.
Large Mold Machining Case Study
Large molds are used to manufacture oversized industrial components requiring extreme structural strength and high dimensional stability.
High-speed Machining of Aluminum Transmission Housing
High-speed machining of aluminum transmission housings for automotive batch production.
Brake Disc Machining
Brake disc CNC machining for stable flatness, runout and production efficiency.
Engine Block Machining
Engine block machining center solution for milling, boring, drilling and tapping.
EV Battery Housing Machining
EV battery housing CNC machining for sealing flatness and module mounting accuracy.
Titanium Aircraft Structural Parts Machining
5-axis titanium aerospace machining for rigidity, tool life and contour accuracy.
Aircraft Engine Housing
Aircraft engine housing machining for multi-face accuracy and reliable boring.
Aluminum Aerospace Components
High-speed aluminum aerospace machining for thin-wall stability and fine finish.
Landing Gear Components Machining
Heavy-duty landing gear part machining for rigidity, boring and fatigue-critical surfaces.
Precision Mold Cavity Machining
Injection mold cavity machining for fine surface finish and reduced polishing time.
Plastic Mold Manufacturing
Plastic mold manufacturing for cavity milling, insert machining and assembly accuracy.
Die Casting Mold Machining
Die casting mold machining for H13 steel, heavy cutting and large plate accuracy.
Graphite Electrode Machining
Graphite electrode machining for mold EDM preparation and fine details.
Orthopedic Implant Machining
Orthopedic implant CNC machining for titanium contour accuracy and smooth surface preparation.
Surgical Instrument Manufacturing
Surgical instrument manufacturing for stainless steel machining and burr control.
Medical Titanium Parts Machining
Medical titanium part machining with 5-axis access and precision holes.
Aluminum Heat Sink Machining
Aluminum heat sink high-speed machining for thin fins and anodizing-ready surfaces.
Connector Mold Machining
Connector mold machining for micro precision and high-volume electronics molding.
Precision Electronics Components
Precision electronics component CNC machining for aluminum housings and small holes.
Die Insert Machining Case Study
Precision CNC machining solution for modular die insert systems that reduce maintenance cost and stamping downtime.