REV2 Industrial Solutions

Engineering the Solution: Industrial Composites at the Speed of Need

Bridging the Lead-Time Gap with
High-Performance Composites

REV2 Industrial Solutions specializes in the reverse engineering and manufacture of critical industrial components using fiber-reinforced composites.We bridge the gap for operations stalled by obsolete parts, long OEM backorders, or recurring material failures. By utilizing Carbon Fiber and Glass Fiber reinforced polymers, we produce drop-in replacements that deliver the rigidity of metal with superior chemical and wear resistance.From high-durability pump impellers to custom laboratory brackets and mixer impellers, we provide the engineering expertise to keep your equipment running, turning weeks of downtime into a weekend turnaround.

© 2026 REV2 Industrial Solutions — Newton, NJ USA

Broken, obsolete, or difficult-to-source industrial components can often be reproduced from physical samples, damaged parts, drawings, or field measurementsWe help convert worn or broken components into polymer composite replacements for low-volume industrial applications.

• Reverse engineering from existing parts
• Dimensional measurement and geometry recreation
• Design refinement and iteration
• Prototype and replacement component production
• Low-volume manufacturing support
• Rapid turnaround for hard-to-source components

Typical Applications & Projects

  • Reverse Engineering Obsolete Pump Components

  • Chemical Resistant Polymer Pump Volutes

  • Rapid Replacement Industrial Components

  • Engineering Polymer Alternatives to Metal Components

  • Low-Volume Replacement Parts for Fluid Handling Systems

Reverse Engineered Volute

Reverse engineered and redesigned pump volute produced in polypropylene, PVDF, and reinforced engineering polymers for chemical-resistant fluid handling and rapid industrial replacement applications.

Prototype Laboratory mixer impeller

Prototype laboratory mixer impeller produced in carbon fiber reinforced engineering nylon for evaluation of mixing regime geometry, fluid interaction, and rapid design iteration in low-volume industrial and research applications.

High-Strength Automation Bracket

Carbon fiber reinforced polymer bracket designed for lightweight, rigid support in automated industrial assembly environments.

Industrial Fluid-Handling Impeller

Carbon fiber reinforced polymer impeller produced for lightweight, corrosion-resistant fluid handling and rapid industrial replacement applications.

High-Viscosity Mixing Impeller

nylon impeller produced for laboratory and industrial mixing applications involving high-viscosity fluids and rapid design iteration.

REV2 Industrial Solutions works with engineering polymers and reinforced composite materials for low-volume industrial and mechanical component applications, including fluid handling, structural support, and replacement parts.

Reinforced Engineering Nylons

Reinforced engineering nylons combine lightweight construction with high rigidity, dimensional stability, and strong mechanical performance for structural and industrial component applications.
Carbon and glass fiber reinforced grades are often utilized where lightweight structural performance and rigidity are important design considerations.

  • Structural brackets

  • Impellers

  • Automation components

  • Mechanical supports

Chemical Resistant Polymers

Polypropylene and PVDF are widely utilized in industrial applications where corrosion resistance, chemical exposure, and lightweight fluid-handling performance are important design considerations.

  • Pump volutes

  • Fluid manifolds

  • Chemical transfer components

  • Corrosion-sensitive applications