MANUFACTURING PILLARS

Four specialized production units integrated into a single industrial workflow.

Metal Additive Manufacturing

Additive Manufacturing enables the production of complex geometries that cannot be achieved through traditional manufacturing methods. It also reduces lead times, particularly for difficult-to-cast materials such as nickel-based alloys.

At Zare, metal Additive Manufacturing is integrated within a broader industrial process that includes design evaluation, post-processing and quality validation.

KEY CAPABILITIES

• Production of complex internal geometries
• Lightweight structures and optimized designs
• Use of high-performance materials
• Rapid iteration during development phases

Additive Manufacturing allows engineers to rethink mechanical components in terms of performance, weight reduction and functional efficiency.

Metal Additive Manufacturing

Additive Manufacturing enables the production of complex geometries that cannot be achieved through traditional manufacturing methods. It also reduces lead times, particularly for difficult-to-cast materials such as nickel-based alloys.

At Zare, metal Additive Manufacturing is integrated within a broader industrial process that includes design evaluation, post-processing and quality validation.

KEY CAPABILITIES

• Production of complex internal geometries
• Lightweight structures and optimized designs
• Use of high-performance materials
• Rapid iteration during development phases

Additive Manufacturing allows engineers to rethink mechanical components in terms of performance, weight reduction and functional efficiency.

Precision CNC machining

CNC Machining remains essential for achieving tight tolerances, surface finishing and dimensional accuracy in complex components.

Zare integrates CNC machining within hybrid manufacturing strategies where additive and subtractive processes are combined to obtain optimal performance.

We also specialize in machining components directly from solid material (from billet), ensuring maximum structural integrity and reliability for critical applications.

KEY CAPABILITIES

• High precision machining
• Tight tolerance management
• Complex geometries finishing
• Integration with additive manufacturing workflows

CNC machining ensures dimensional stability, repeatability and the final quality required for demanding industrial applications.

Post-processing and finishing

Many advanced components require specialized finishing processes to meet functional, structural or aesthetic requirements.

Zare coordinates a range of finishing operations that ensure the final component meets performance specifications.

KEY CAPABILITIES

• Surface finishing and polishing
• Thermal treatments
• Functional coatings
• Dimensional adjustments

Finishing processes ensure that the final component meets both technical and operational requirements.

Post-processing and finishing

Many advanced components require specialized finishing processes to meet functional, structural or aesthetic requirements.

Zare coordinates a range of finishing operations that ensure the final component meets performance specifications.

KEY CAPABILITIES

• Surface finishing and polishing
• Thermal treatments
• Functional coatings
• Dimensional adjustments

Finishing processes ensure that the final component meets both technical and operational requirements.

Quality control and validation

Quality assurance is integrated throughout the entire production workflow.

Zare's Quality Control & Testing Lab performs verification activities that ensure each component meets required technical specifications.

KEY CAPABILITIES

• Dimensional verification
• Material testing
• Process validation
• Traceability and documentation

A structured validation process reduces manufacturing risk and ensures consistent production quality.

STRATEGIC APPROACH

Four specialized production units integrated into a single industrial workflow.

Many complex components benefit from combining additive and subtractive manufacturing methods. At Zare, each project is evaluated to identify the most effective combination of technologies, based on performance requirements and industrial constraints.

• optimization of production costs
• improved structural performance
• higher manufacturing flexibility
• greater design freedom

Seamless transition from design to delivery.

Uniform precision standards across all phases.

1. Full digital and physical audit trail for every component.