Every facility has mechanical components that power processing systems. Mechanical engineering is crucial to ensure these systems have proper sizing specifications and system design. Mechanical engineering provides the foundation for these systems and breakthrough products. 

Paladin Robotics can help you turn an idea for a product or machine into a working model, meeting all your physical and performance requirements. 

Our Mechanical Engineering Team’s Strengths

Whether your project involves a failure analysis of a mechanical component, or new component design, we offer these and more services to solve your challenges.

Your project demands a team of dedicated and experienced mechanical engineers. At Paladin Robotics, our engineers have a broad range of expertise and services to offer you an effective design, build, test and production of your machine or device. We utilize a mix of tools and technology to match the latest innovations for your needs.

Our goal is to help you be successful because we know that your success is our success. From initial concept to final design, our professional mechanical engineers will help you complete your mechanical project on time and on budget. 

What We Offer

Paladin Robotics’ engineering expertise stretches across mechanical, manufacturing, industrial, and agricultural disciplines.  We are your engineering firm.

Our mechanical engineering services include:

Product Engineering

• Volumetrics optimization
• Mechanical product architecture
• Product miniaturization
• Electronics packaging
• Complex surface modeling
• Complex injection-molded part design
• Design for manufacturability and assembly
• Waterproof enclosure design
• Risk identification and mitigation planning
• Prototyping and evaluation

Analysis, Simulation, And Design

• Thermal and fluidics modeling & analysis
• Computational thermal and fluidics simulation
• Thermal system design
• Fluidics system design
• Structural modeling and analysis
• Linear and nonlinear structural simulation
• Structural design
• Optical system modeling and analysis
• Optical system design

Automation And Robotics

• Mechanism design and simulation
• Kinematics analysis
• Actuator specification and design
• Control systems

Product Testing

• Test planning and procedure development
• Performance and reliability testing
• Failure analysis
• Safety compliance