CNC and DMLS Machining for High-Strength and Stainless Steel Alloys
Precision CNC & DMLS Machining for 13-8 PH, 300M & Maraging Steel
CRP Meccanica specializes in machining high-strength steel alloys, including 13-8 PH stainless steel, 300M steel, and Maraging steel, using CNC machining, DMLS, and CNC post-processing. These materials offer exceptional strength, fatigue resistance, and toughness, making them ideal for aerospace, motorsports, and defense applications.
manufacturing technologies
CNC and EDM | DMLS + CNC | Rapid Casting + CNC |
|---|---|---|
17-4 PH, 13-8 PH, 300M, Maraging 300, Maraging 350, 36NiCrMo16 and more, AISI316 | 17-4 PH, AISI316, Corrax | – |
When are high strength steel alloys the best option?
Choose high‑strength steels like 13‑8 PH, 300M, or Maraging when your component must survive extreme loads, resist fatigue, and maintain toughness under stress. These alloys are ideal for aerospace, defense, or motorsport parts where safety, performance and reliability are essential. Even if they’re harder to machine, the strength-to-weight and durability gains often justify the investment.
Applications
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High-Stress Structural Components
Designed for extreme durability in demanding applications -
Fatigue-Resistant Parts
Ideal for components exposed to repetitive high loads
Features
- Exceptional fatigue resistance, ensuring long-term performance
- High tensile strength, allowing components to withstand extreme loads
- Challenging to machine. CRP Meccanica uses high-rigidity CNC setups & specialized tooling to optimize processing
- Higher weight compared to aluminum or titanium, but provides superior strength for load-bearing applications
Why Choose CRP Meccanica for Machining Steel?
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CNC & DMLS Hybrid Machining
Additive & subtractive manufacturing for complex steel parts -
Expertise in Ultra-High-Strength Steels
13-8 PH, 300M, and Maraging steel -
Custom Precision Solutions
Tailored machining strategies to meet demanding industry standards
Looking for precision machining of high-strength steel?
Rocker axle, CNC turning and 5-axis milling, 17-4 PH steel alloy, H900 condition heat treatment
Rocker axle, CNC turning and 5-axis milling, 17-4 PH steel alloy, H900 condition heat treatment
Rocker axle, CNC turning and 5-axis milling, 17-4 PH steel alloy, H900 condition heat treatment
Rocker axle, CNC turning and 5-axis milling, 17-4 PH steel alloy, H900 condition heat treatment
They trust CRP Meccanica
"We asked for lightweight titanium parts with tight tolerances and minimal deformation under stress. CRP Meccanica gave us a custom setup and got the job done faster than our internal projections. That put us on track - literally."
Lead Motorsport Team
"We needed to validate a new component geometry for our electric powertrain in under five weeks. CRP Meccanica delivered perfectly machined aluminum prototypes that went straight into thermal and vibration testing - no adjustments needed."
Electric Vehicle Manufacturer
"Our design called for intricate internal channels and ultra-thin walls in aerospace-grade aluminum. Other suppliers turned us down. CRP Meccanica handled it through hybrid CNC and additive processes - flawless integration, zero rework."
Robotics R&D Division
"We needed production-ready components with zero margin for error. CRP Meccanica’s machining quality, process control, and documentation met the exacting standards of our defense programs - no revisions, no delays."
Defense Systems Supplier
"Our application required ultra-lightweight frames and camera gimbal housings with structural rigidity and low vibration transmission. CRP Meccanica met all specifications with hybrid CNC machining and offered key input to reduce mass without compromising performance."
Unmanned Aerial Systems Division
"We needed structural components that could resist both mechanical loads and corrosion in extreme environments. CRP Meccanica supported us from material selection to final machining, delivering exactly what we needed without compromise."
Marine Systems Supplier