A CNC machine milling a metallic component with metal shavings around it.
A CNC machine milling a metallic component with metal shavings around it.

Thetic manufactures high-precision components for next-generation hardware companies. From prototypes to production programs, we help customers move faster with reliable, scalable manufacturing.

Capabilities

Industries Served

UAV Systems

Flight-critical and structural components for commercial and defense UAV platforms.

Robotics

Precision components for industrial, service, warehouse, and humanoid robotics applications.

Autonomous Systems

Hardware supporting sensing, mobility, navigation, and automation technologies.

Core Capabilities

Precision CNC Milling

High-precision 3, 4, and 5-axis milling for complex components requiring tight tolerances and exceptional repeatability.

Applications:

  • UAV structures

  • Robotics components

  • Sensor housings

  • Aerospace hardware

CNC Turning

Precision turned components for high-performance assemblies and production programs.

Applications:

  • Shafts

  • Hubs

  • Bearings interfaces

  • Drive components

Prototype to Production

Whether you're validating a design or scaling a successful product, our systems are built to support both low-volume and production manufacturing.

Applications:

  • First articles

  • Engineering validation

  • Production releases

  • Ongoing supply

Materials

  • Lightweight, corrosion-resistant, and highly machinable materials widely used throughout robotics, UAV, aerospace, and autonomous systems applications.

    Common alloys include:

    • 6061 Aluminum

    • 7075 Aluminum

    • 2024 Aluminum

    • MIC-6 Tooling Plate

    Applications:

    • UAV structural components

    • Drone frames

    • Robotics housings

    • Sensor mounts

    • Precision brackets

    • Lightweight mechanical assemblies

  • Engineered for strength, corrosion resistance, and long-term durability in demanding operating environments.

    Common alloys include:

    • 303 Stainless Steel

    • 304 Stainless Steel

    • 316 Stainless Steel

    • 17-4 PH Stainless Steel

    • 15-5 PH Stainless Steel

    Applications:

    • Robotics actuators

    • Drive system components

    • Industrial automation hardware

    • Aerospace assemblies

    • Structural components

    • High-strength machined parts

  • High-strength, lightweight materials used in aerospace, defense, UAV, and advanced robotics applications where performance is critical.

    Common alloys include:

    • Grade 2 Titanium

    • Grade 5 Titanium (Ti-6Al-4V)

    Applications:

    • UAV airframes

    • Aerospace components

    • Defense systems

    • Weight-sensitive robotic assemblies

    • High-performance structural hardware

  • Designed for applications requiring exceptional wear resistance, toughness, and dimensional stability.

    Common alloys include:

    • A2 Tool Steel

    • D2 Tool Steel

    • O1 Tool Steel

    • S7 Tool Steel

    • H13 Tool Steel

    • 4140 Alloy Steel

    • 4340 Alloy Steel

    Applications:

    • Wear components

    • Precision fixtures

    • Manufacturing tooling

    • Robotics drivetrain components

    • High-load mechanical systems

  • Precision-machined plastics offer lightweight performance, chemical resistance, and electrical insulation properties for advanced hardware applications.

    Common materials include:

    • Delrin® (Acetal)

    • UHMW

    • Nylon

    • PTFE (Teflon®)

    • PEEK

    • Polycarbonate

    • HDPE

    Applications:

    • Robotics bushings

    • Sensor mounts

    • Wear surfaces

    • Electrical isolation components

    • UAV lightweight assemblies

    • Precision plastic machined parts

  • Thetic supports a wide range of metals, alloys, and engineering-grade plastics to meet specific application requirements across robotics, UAV, autonomous systems, aerospace, and industrial automation programs.

Precision Machining for Advanced Materials

Thetic manufactures precision CNC machined components from aluminum, stainless steel, titanium, alloy steels, and engineering plastics for robotics, UAV, autonomous systems, aerospace, and industrial automation applications. From prototype quantities to production volumes, we support customers requiring tight tolerances, complex geometries, and reliable manufacturing execution.

A technician wearing gloves is adjusting a mechanical device with a dial indicator on a metal setup, in an industrial or laboratory environment.

Built For Consistency

Precision manufacturing requires more than capable equipment—it requires disciplined processes, thorough inspection, and a commitment to quality at every stage of production.

At Thetic, we utilize documented manufacturing procedures, inspection protocols, and precision measurement equipment to ensure components consistently meet customer specifications and performance requirements.

Our quality-focused approach includes:

  • First Article Inspection (FAI)

  • In-Process Verification

  • Dimensional Inspection

  • Material Traceability

  • Process Documentation

  • Continuous Quality Monitoring

Whether producing prototype quantities or production volumes, our goal is the same: deliver reliable, repeatable results that customers can confidently build their products around.