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How Ordering Works

From engineering review to final delivery, we provide a streamlined manufacturing process focused on precision, quality, and reliability.

Just 5 Steps to Your Custom Parts
1. Submit Your Design

Upload your CAD files and technical drawings, including material, tolerance, surface finish, and special requirements.

Our engineering team reviews every project to ensure all critical specifications are clearly understood before production begins.

2. Quote with DFM Analysis

Our engineers evaluate manufacturability, identify potential risks, and provide recommendations when needed.

You will receive a detailed quotation along with technical feedback to help optimize cost, lead time, and production success.

3. Precision Manufacturing

Once approved, production begins using the most appropriate manufacturing processes and equipment for your project.

From CNC machining and EDM to advanced ceramics and optical materials, every component is produced according to your specifications and quality requirements.

4. Inspection & Quality Control

Each part undergoes rigorous inspection using precision measurement equipment.

Inspection reports, certifications, and customer-specific quality requirements are verified before shipment to ensure compliance with specifications.

5. Secure Delivery

Parts are carefully packaged and shipped through trusted logistics partners worldwide.

Our team monitors delivery status and remains available to support any questions throughout the process.

InstaVoxel,
Fulfilling Your Needs!

Precision Solutions for Advanced Industries

Custom silicon pocket wafer with precision cavities for MEMS and semiconductor applications

Semiconductor Components

  • Wafer handling, vacuum chamber, and structural components
  • ESD-safe ceramic and contamination-sensitive materials
  • Tight tolerance control for critical process stability
CNC machined optical component with SM1 fine thread (40 TPI) for precision optical assembly

Optical & Photonics Components

  • Opto-mechanical mounts and structural components for precision instruments
  • Low CTE materials such as INVAR for thermal and dimensional stability
  • Precision machining for alignment-critical geometries and assemblies
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Advanced Material Machining

  • INVAR, Alumina, Silicon Carbide, Quartz, and Macor
  • Controlled processes to prevent cracking and deformation
  • Specialized tooling for non-standard material behavior

Precision Engineering & Inspection

  • ZEISS CMM and precision measurement systems
  • GD&T control for critical dimensions and assemblies
  • DFM review and inspection planning before production

How It Works FAQs