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Engineering-Grade CNC Manufacturing for Prototypes & Small-Series Production

EVOLT Precision delivers high-fidelity CNC machining for mission-critical components. By integrating hyperMILL® automation with Keyence 3D metrology, we provide an engineering-driven workflow that ensures micron-level accuracy, reduced lead times, and fully documented, repeatable production outcomes.

Design for Manufacturing (DFM) & Technical Intake

We optimize manufacturability upfront to ensure higher precision, cost-efficiency, and accelerated lead times. Our structured review mitigates machining risks before the first spindle turn.
  • Multi-format CAD Intake: STEP, Parasolid, and 2D technical drawings
  • Tolerance & Datum Logic Analysis: Ensuring alignment with functional requirements
  • Fixturing Feasibility: Assessing complex geometry clamping strategies
  • CAM Optimization: Tool-access and cycle-time refinement
  • Structural Integrity: Evaluation of wall thickness and dimensional stability

Material Selection Engineered for Performance

We process a diverse range of materials validated for dimensional stability and superior surface finish. Our expertise spans from non-ferrous metals to super-alloys and high-performance polymers.

Stainless Steels: Corrosion-resistant and hardened grades

Yellow Metals: Copper, Brass, and Ampcoloy® for thermal/electrical conductivity

Aluminum Alloys: 6061, 6082, 7075 (High-strength)

High-Performance Plastics: POM, PET, PA, PEI, and PEEK

Engineering Steels: Corrosion-resistant and hardened grades

Advanced Composites: F190CR Carbon-fiber reinforced structures

Hybrid Manufacturing: Additive + CNC Integration

We integrate Stratasys F190CR carbon-reinforced printing directly into our CNC workflow to solve complex workholding and prototyping challenges.

Additive Jigs & Soft Tooling

Carbon-reinforced fixtures and custom nesting produced in hours—ideal for high-mix, low-volume setups.

Rapid Functional Prototyping

Accelerating geometry validation with CNC-finished precision features on printed substrates.

Hybrid Additive → CNC workflows

Leveraging 3D-printed structures with CNC-machined reference surfaces for uncompromising accuracy.

Precision Programming via hyperMILL®

We utilize digitally validated toolpaths to ensure collision-free, high-efficiency machining.

5-Axis Simultaneous & Positional Control: For complex 3D contours

Feature-Based Automation: Ensuring consistency across batches

Best-Fit Alignment: Optimal stock orientation for complex castings or forgings

Virtual Machining: Full digital twin simulation for 100% process safety

Integrated Probing Cycles: Automated in-process measurement logic

Zero-Point Strategy & High-Mix Efficiency

Our standardized setup philosophy ensures rapid changeovers and minimal downtime, even for single-unit prototypes.
  • Unified Zero-Point Fixturing: For sub-minute setup repeatability
  • Part-Specific Additive Fixtures: Tailored clamping for delicate or irregular geometries
  • Standardized Tool Libraries: Ensuring stable, predictable production routines
  • Scalable Batches: Optimized workflows for 1 to 500+ unit series

Comprehensive Subtractive Manufacturing

A unified subtractive workflow combining 5-axis milling, 3-axis precision milling, CNC turning, and mill-turn machining.

5-Axis
CNC Milling

  • Simultaneous machining of complex 3D geometries and deep undercuts
  • In-machine probing for uniform positional accuracy
  • Optimized for Aerospace, Robotics, and R&D components

3-Axis 

Precision Milling

  • High-speed prismatic machining with parallelism within ±0.005 mm
  • Surface finishes ranging from Ra 0.8 to 1.6 µm
  • Ideal for high-tolerance housings, plates, and automation manifolds

High-Accuracy CNC Turning

  • Dual-spindle (Main + Sub) machining for complete two-sided processing
  • Y-axis milling and 65 mm bar capacity for complex cylindrical parts
  • IT6–IT7 tolerance range for shafts, threads, and precision bores

Mill-Turn Machining

  • Unified workflow combining turning and milling in a single setup
  • Eliminates re-clamping errors for parts with off-center features
  • Probing-supported verification of critical internal features

Fast & Easy Reverse Engineering & CAD Reconstruction

We transform physical samples into manufacturing-ready digital assets. Ideal for legacy part replacement or optimizing existing designs without original documentation.
  • 3D Scan-to-CAD Workflow: High-fidelity data capture
  • Technical Redesign: Enhancing manufacturability (DFM) during reconstruction
  • Verification: Final validation via Keyence digital metrology

In-Process Probing & Adaptive Accuracy Control

Closed-loop machining for consistent precision.
  • Blum & Renishaw probing cycles during machining
  • Automatic tool offset updates
  • Reduced drift, lower scrap, higher first-pass yield

3D Optical Scanning & Dimensional Inspection

Full 3D inspection with documented, engineering-grade results. Supports aerospace, medical, robotics, and automation applications.
  • 3D scanning with full-surface capture
  • CAD deviation colour maps
  • Dimensional verification to ±0.001–0.005 mm
  • Exportable inspection reports for every batch

Documentation & Traceability

Industrial-grade quality control for prototypes and small-series CNC production.
  • Measurement reports (PDF)
  • CAD version tracking
  • Setup and process-data retention
  • Documented machining history

3D Optical Measurement (CMM) for – Dimensional Verification & CAD Comparison

Full 3D inspection with documented, engineering-grade results. Supports aerospace, medical, robotics, and automation applications.
  • High-density point cloud capture
  • Full-surface 3D comparison with CAD, Deviation colour maps
  • Dimensional verification to ±0.001–0.005 mm
  • Exportable inspection reports for client approval
  • Ideal for prototypes, R&D parts, automation components

Showcase of Precision: Component Gallery

A curated selection of components demonstrating our advanced machining capabilities, geometric complexity, and manufacturing prowess.
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Engineering Philosophy
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Our References

 Industries We Support

We partner with engineering-driven organizations where precision, reliability, and verified data are the primary metrics of success.
Legacy Systems & Industrial Modernization

Full-stack Reverse Engineering of mission-critical components using 3D Scanning and CMM verification to recreate assets where original CAD data is missing or obsolete.

MedTech & Medical Devices

High-precision parts where CMM-inspected dimensional control and 3D Scan-based surface analysis ensure compliance with non-negotiable medical quality standards.

Semiconductor & High-End Automation

Components engineered for extreme stability, cleanliness, and sub-micron repeatability in vacuum or high-speed environments.

Special Machine Building

Custom, low-volume machinery components optimized via Reverse Engineering to ensure seamless integration into complex, one-off mechanical assemblies.

Moulding, Tooling & Fixtures

High-durability moulds and tool inserts verified by 3D Scanning for wear analysis and CMM for absolute tolerance validation before production.

R&D, Prototyping & Advanced Engineering

Rapid component validation using 3D Scanning to bridge the gap between physical prototypes and digital Reverse Engineering models for faster iteration cycles.

Ready to Realize Your Project?

Fast. Precise. Documented. Repeatable.

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