4-Axis & 5-Axis Machining
Program rotary table indexing (A-axis), 3+2 positional plane machining, and continuous multi-axis tool vector control for complex undercuts and impellers.
ADVANCED MANUFACTURING · MULTI-AXIS & HIGH-SPEED CNC
Master Multi-Axis Machining, Aerospace Superalloys & In-Process Probing.
Master 4-axis & 5-axis machining concepts, 3+2 positional indexing, high-speed milling (HSM), machining exotic alloys (Titanium, Inconel), and automated Renishaw touch probing in modern precision manufacturing.
ADV
PRACTICAL · INDUSTRY · CNC
COURSE OVERVIEW
Master complex organic geometries, tight aerospace tolerances & smart machining.
The Advanced Manufacturing program at LENOCAM is designed for engineers, mold makers, and ambitious machinists aiming for top-tier positions in aerospace, medical device, defense, and precision toolmaking. Learn multi-axis tool orientations, dynamic work offsets (DWO), tool center point control (TCPC), trochoidal milling, and in-cycle probing.
Aerospace & Medical Materials
Master cutting physics, insert grades, high-pressure coolant strategies, and feeds/speeds for Titanium (Ti-6Al-4V), Inconel 718, and medical-grade Stainless 316L.
High-Speed Machining Dynamics
Deploy adaptive clearing, constant tool engagement angle strategies, trochoidal pocketing, and high-frequency spindle vibration suppression.
In-Process Renishaw Touch Probing
Write automated inspection macros for workpiece datum finding, in-cycle feature verification, and dynamic tool wear offset updates.
CORE SKILLS
Pinnacle CNC machining capabilities for mission-critical industries.
Master the advanced programming, tooling strategies, and digital inspection routines demanded by leading aerospace, defense, and medical manufacturers.
01 MULTI-AXIS
Multi-Axis Kinematics & 3+2 Machining
Understand rotary table kinematics, tilted working planes, and coordinate system rotations.
- Rotary 4th axis (A-axis) indexing and continuous helical milling
- 3+2 Positional machining and Dynamic Work Offsets (DWO / G68.2)
- Tool Center Point Control (TCPC / G43.4) kinematic principles
- Multi-sided part machining in a single clamping setup
02 PROBING
In-Process Touch Probing & Automated WCS
Program optical touch probes for automated setup and on-machine metrology.
- Renishaw Inspection Plus macro cycle programming
- Automatic workpiece center, corner, and web finding
- In-cycle dimensional verification and go/no-go logic
- Laser tool presetter breakage detection and length calibration
03 HSM DYNAMICS
High-Speed Milling (HSM) & Adaptive Clearing
Utilize constant radial engagement toolpaths to maximize material removal rates (MRR).
- Radial chip thinning calculation and feed rate compensation
- Trochoidal milling paths that prevent cutter overloading
- Look-ahead acceleration/deceleration parameter tuning
- Spindle harmonics, chatter avoidance, and surface finish optimization
04 SUPERALLOYS
Titanium, Inconel & Hard Milling (>60 HRC)
Select cutting tool coatings (AlTiN, TiSiN) and cooling parameters for tough alloys.
- Titanium Grade 5 (Ti-6Al-4V) low thermal conductivity machining
- Inconel 718 work-hardening prevention and cutting edge geometry
- Hard milling of heat-treated D2 and H13 tool steels (>60 HRC)
- High-pressure through-spindle coolant and cryogenic cooling techniques
05 MICRO-MACHINING
Micro-Machining & Sub-Micron Finishing
Machine miniature electronic, biomedical, and optical components with micro-cutters.
- Sub-millimeter end mill handling (0.2mm–1.0mm) and runout control (<2 µm)
- Mirror surface finishing techniques with ultra-fine stepovers
- High-frequency electro-spindles (up to 30,000+ RPM)
- Micro-deburring, chamfering, and microscopic feature verification
06 DIGITAL FACTORY
Industry 4.0 & Smart Shop Floor Integration
Integrate CNC machines with digital manufacturing networks and tool tracking systems.
- Overall Equipment Effectiveness (OEE) and spindle utilization monitoring
- RFID tool presetters and digital tool management workflows
- DNC network management and revision-controlled program databases
- Paperless digital work instructions and shop floor tablets
PRACTICAL LEARNING
Master complex components. Push CNC precision to the absolute limits.
Students program, set up, and machine advanced multi-feature aerospace components with automated in-process probing on modern CNC machines in the LENOCAM lab.
01 Multi-Axis 3+2 Machining & Coordinate Transformations
02 Automated In-Process Renishaw Touch Probing
03 Aerospace Superalloys & High-Speed Milling Strategies
WHO IT'S FOR
Built for practical learners.
Senior CNC Machinists & Programmers
3-axis VMC operators looking to advance into 4-axis, 5-axis, and multi-tasking mill-turn programming.
Aerospace & Medical Device Technicians
Machinists and engineers manufacturing critical-tolerance implants, turbines, and aerospace housings.
Manufacturing & Production Engineers
Engineers seeking to minimize cycle times, optimize tool life, and implement Industry 4.0 automation.
YOUR NEXT STEP
Training that moves you toward the workplace.
LENOCAM provides practical training and career-focused learning to help students move toward manufacturing work.
01 Foundational 3-Axis Mastery
02 Multi-Axis & Probing Advanced Lab
03 Senior Aerospace Machinist Placement
READY TO START?
Take the next step with LENOCAM.
Talk to the LENOCAM team about course details, training schedules and the right program for your goals.