Precision on every surface, perfection in every contour
High-accuracy CNC milling for multi-axis operations, complex contours, and advanced industrial applications.Our milling capabilities deliver superior surface quality and detailed geometric accuracy across diverse materials.
We are an Integrated Engineering Firm of Agile and Experienced Engineers, Skilled in a Wide Variety of Engineering Work.
We Understand The
Full Scope Of Your Project
With our in-house manufacturing capability and integrated design expertise, we fully understand and manage the entire scope of your project. From planning and design to production and quality inspections, we consolidate all processes under one roof—delivering a fast, reliable, and fully controlled manufacturing workflow.
Order Considerations (Before Placing an Order)
When it comes to hardware engineering and design, having a battle-tested process is of the essence. We know how it’s done, yet we are flexible in function of your situation.
Step 1. Geometric Complexity & Milling Strategy
- Complex features such as deep pockets and multi-surface geometries require carefully optimized milling strategies.
- Providing accurate and up-to-date CAD files enables efficient toolpath planning and consistent dimensional accuracy.
- Based on part geometry, 3-axis, 4-axis, or 5-axis machining strategies are defined before production begins.
Step 2. Material Behavior During Milling
- Material hardness and chip formation characteristics directly influence cutting speeds and tool selection.
- Aluminum, stainless steel, and high-strength alloys demand different milling parameters to maintain stability and surface quality.
- For heat-treated or forged materials, internal stress and deformation risks are considered throughout the machining process.
Step 3. Tolerances & Functional Interfaces
- Tolerances that affect assembly performance and part functionality are evaluated as priority requirements.
- Functional interfaces are distinguished from non-critical surfaces to avoid unnecessary machining complexity.
- Inspection methods and quality criteria are integrated into the machining plan from the early stages.
Step 4. Surface Finish & Toolpath Optimization
- Toolpaths are optimized according to the required surface roughness values and functional expectations.
- Dimensional changes caused by surface treatments such as anodizing, coating, or blasting are taken into account.
- Cutting directions and tool transitions are planned to minimize surface marks and ensure a consistent finish.
our latest news
Innovations & Insights
Stay informed with Türkmaksan’s latest articles, industry insights, and engineering updates. Discover innovations, trends, and best practices in CNC machining, metalworking, and advanced manufacturing.
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Key Considerations in Gear Manufacturing: Material, Workmanship, and Quality Control Guide
Connect With Türkmaksan.
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We Are Present All Over The World
We engineer reliable solutions that eliminate production risks and deliver high-quality results, even in the most demanding manufacturing environments. Our focus is precision, efficiency, and long-term performance for every component we produce.
