Conventional Milling and Turning

Machining forms the cornerstone of modern manufacturing, combining precision with versatile applications. In the context of conventional methods—milling and turning—the synergy between the operator’s expertise and the capabilities of traditional machines is paramount.

At MDP Precision, we specialize in conventional machining techniques—milling and turning—which, despite advancements in CNC technology, remain critical for prototyping, low-volume production, and components requiring a tailored approach.

Metal Machining – Conventional Milling

Conventional milling relies on the relative rotary motion of the tool (milling cutter) against a stationary or linearly moving workpiece. Unlike CNC machining, where tool paths are pre-programmed, in conventional methods, the operator manually controls cutting parameters such as spindle speed (up to 10,000 RPM for universal milling machines), depth of cut (adjustable from 0.1–5 mm depending on material), and feed rate (typically 0.05–0.3 mm/rev).

Complex geometries are achieved through coordinated movements in three axes (X, Y, Z) with manual adjustments to the milling table’s position. Typical operations include:

  • Face Milling: For machining flat surfaces using cylindrical face mills.

  • Profile Milling: For creating grooves, threads, or curved contours using ball or tapered mills.

  • Peripheral Milling: Applied in the machining of gears and components with complex lateral geometries.nej.

Metal Machining – Conventional Turning

Conventional turning, performed on turret or center lathes, focuses on machining rotational solids through a combination of the workpiece’s rotary motion and the linear feed of the cutting tool.

Industrial applications include:

  • External Turning: Reducing the diameter of shafts or sleeves.
  • Internal Turning: Machining bores or internal threads.
  • Copy Turning: Replicating shapes using templates.

Technological Parameters and Machine Capabilities

Milling Machine Specifications

MDP Precision is equipped with conventional milling machines featuring:

  • Working Range: 700 mm (X) × 400 mm (Y) × 400 mm (Z).

  • Main Motor Power: 5–15 kW, enabling machining of materials up to 45 HRC hardness.

  • Cooling System: Oil-water emulsions with magnetic filtration, minimizing thermal distortions.

Production Capabilities:

  • Manufacturing sliding guides from ductile cast iron (EN-GJS-400) with a tolerance of ±0.02 mm.

  • Milling keyways in transmission shafts made of 42CrMo4 steel.

Conventional Lathe Specifications

MDP Precision’s turning capabilities include:

  • Maximum Machining Diameter: 500 mm.
  • Maximum Machining Length: 2,000 mm, with steady rest support for long shafts.
  • Precision: IT7-IT8 (tolerance 0.025–0.04 mm).

Application Example: Production of bearing sleeves from NC6 tool steel (HRC 60) using TiAlN-coated carbide tools.

Conventional milling and turning remain indispensable techniques in a modern machining facility’s portfolio. Their synergy with CNC methods creates a complementary production ecosystem, optimizing costs while maintaining flexibility. We invite you to contact us for further details.

Future Prospects for Conventional Machining

While metal machining automation is increasingly prevalent, conventional methods retain strategic importance. Milling and turning excel in producing unique components and are widely used in the defense industry. Emerging technological innovations include:

  • Hybrid Measurement Systems: Integration of laser probes with traditional dial indicators.
  • Adaptive Cutting Tools: Tools with embedded cutting force sensors.

MDP Precision, combining extensive experience with an engineering approach, provides comprehensive support in selecting optimal machining technologies, ensuring quality certified by ISO 9001:2015. We invite you to schedule technological consultations, where our experts will propose solutions tailored to your production and budgetary needs.

Comparative Analysis:

Conventional vs. CNC Metal Machining

Production Flexibility Criterion

While CNC machining dominates high-volume production, conventional methods offer advantages in:

  • Prototyping: Rapid parameter adjustments without programming.
  • Emergency Repairs: Ability to correct component geometries without disassembling entire assemblies.
  • Non-Standard Materials: E.g., metal-ceramic composites, where CNC algorithms may generate interpolation errors.

Cost Analysis for a Batch of 50 Brass CW510L Sleeves:

ParameterConventional TurningCNC Turning
Setup Time15 min120 min
Tooling Cost200 PLN850 PLN
Machining Time per Piece18 min12 min
Total Cost2,850 PLN3,900 PLN

Results confirm the cost-effectiveness of conventional methods for batches <100 units.

By choosing MDP Precision as your CNC milling partner, you gain:

  • Quality Assurance: We deliver CNC-milled components meeting the highest quality standards and tight tolerances.
  • Experience and Expertise: Our CNC operators are highly qualified specialists with extensive industry experience.
  • Modern Machine Park: We invest in cutting-edge CNC milling technologies to ensure precision, efficiency, and the ability to handle complex projects.
  • Tailored Approach: We treat each order individually, listening to client needs and proposing optimal technological and material solutions.
  • Timely Delivery: We adhere to agreed schedules, ensuring prompt project completion.
  • Competitive Pricing: We offer attractive prices while maintaining high-quality services.
  • Comprehensive Support: We provide assistance at every project stage, from technical consulting to production and delivery of finished components.

Quote Your Project

We will tailor solutions to your budget and current needs.