ARTECH Engineering Inc.

Applies rigorous mechanical and computational analysis to assess loading, stress, and kinematics for complex machinery and product development.

• Kinematic Analysis

  Integrates kinematic data with finite element analysis to ensure comprehensive load history evaluations.

• Loading and Tonnage Studies

  Reviews mechanical and hydraulic press loading, utilizing systems like Die Loading Analysis Simulations to optimize machinery life.

• Computational FEA Simulation

  Employs high-fidelity finite element methods to analyze machine components, welded structures, and non-linear interfaces.

• Power Transmission Analysis

  Determines torque and force requirements to accurately size drive trains and power components.

• ASME Pressure Vessel Analysis

  Conducts structural evaluations of pressurized systems using finite element methods integrated with ASME Section VIII Division 2 cyclic-count procedures.

Takes mechanical products and heavy machinery from initial clean-sheet concepts through detailed design and manufacturing readiness.

• Heavy Equipment Engineering

  Designs heavy-duty industrial equipment, tooling, and large-scale mechanical systems.

• Machinery Field Upgrades

  Conducts field investigations to diagnose equipment issues and designs drop-in replacement components validated with finite element analysis.

• Engineering Drawing Modernization

  Revamps legacy two-dimensional drawing packages into modern three-dimensional solid assemblies with structured bills of materials.

• Specialized Drive Train Design

  Engineers custom drive systems incorporating complex linkages, shafting, gears, cams, and custom mounting configurations to alter torque and speed.

• SOLIDWORKS 3D Modeling

  Utilizes premium solid modeling tools to produce high-fidelity component designs, manufacturing details, and precise engineering documentation.

Provides specialized mechanical engineering services to support public and private movable bridge repair and modernization projects.

• Bridge Manufacturing Drawings

  Translates repair and upgrade planning documentation into highly detailed, shop-ready manufacturing drawings.

• Bridge Repair Documentation

  Creates comprehensive technical packages, bills of materials, and structural details specifically for movable bridge rehabilitation.

• Legacy Bridge CAD Conversion

  Converts historic and hand-drawn bridge documentation into precise three-dimensional solid designs.

Creates custom material handling and factory automation systems designed to streamline production in manufacturing environments.

• Industrial Conveyor Systems

  Engineers tailored conveyor systems to transport raw materials and finished components through production lines.

• Walking Beam Transfer Systems

  Designs walking beam mechanisms to singulate, orient, and transfer heavy bundles of materials.

• Automated Handling Enclosures

  Develops specialized enclosures and lift systems to safely transport material across multiple building levels.

Investigates industrial accidents and mechanical failures, delivering clear technical analysis and expert testimony for legal counsel.

• Mechanical Failure Analysis

  Applies classical theoretical engineering methods and finite element analysis to determine the root cause of mechanical component failures.

• Expert Witness Testimony

  Provides formal, professional engineering deposition and trial testimony based on forensic analysis and accident investigation.

• Forensic Technical Review

  Performs impartial third-party reviews of accident investigations, machinery safety designs, and physical evidence.