Electromechanical Assemblies

Quality Assurance and Compliance

Electromechanical assembly manufacturing requires consistent workmanship, component integration, and verification against applicable product specifications and customer acceptance criteria.

Stantek maintains an ISO 9001:2015 quality management system through Smithers Quality Assessments. View Certificate Inspection and verification requirements are established according to the relevant drawings, specifications, and project documentation.

IPC/WHMA-A-620 may apply to wire harnesses and cable assemblies incorporated into electromechanical products. J-STD-001 may be relevant where soldered electrical connections are involved. Applicability depends on the product and contract; neither standard should be interpreted as automatic certification of every electromechanical assembly.

Stantek also maintains DDTC registration and ITAR compliance for applicable defense-related work. Customers should identify any program-specific requirements for documentation, traceability, component handling, and regulatory compliance when requesting a quotation.

Electromechanical Assembly Manufacturing Capabilities

Stantek provides electromechanical manufacturing capabilities for integrating customer-specified electrical and mechanical components into functional assemblies.

Depending on the project requirements, manufacturing capabilities may include:

• Mechanical subassembly and component installation
• Electrical wiring, cable routing, and wire harness integration
• Enclosure and panel assembly, where applicable
• Installation of specified mounting hardware and mechanical components
• Integration of switches, relays, sensors, and control components
• Component labeling and identification
• Applicable inspection and electrical or functional verification
• Low-to-mid-volume contract manufacturing

Production follows customer drawings, specifications, bills of materials, approved components, and defined acceptance criteria. The exact scope depends on the assembly configuration and confirmed manufacturing capabilities for the project.

Electromechanical Assembly Testing and Quality Verification

Inspection and testing help confirm that an electromechanical assembly meets its specified requirements before shipment or integration into customer equipment.

Depending on the assembly and project requirements, verification may include:

• Visual inspection of installed components and connections
• Checks of specified assembly dimensions and component placement
• Inspection of wiring, connectors, and electrical connections
• Applicable electrical continuity or other specified electrical checks
• Functional verification against defined acceptance criteria
• Review of required production and inspection documentation

Testing methods depend on the assembly configuration and agreed acceptance criteria. Specific testing requirements should be confirmed during project review rather than assumed to apply to every assembly.

Benefits of Working with Stantek

• Integrated Assembly Manufacturing: Combine specified electrical and mechanical components within a coordinated manufacturing process.
• Build-to-Print Production: Manufacture assemblies according to customer drawings, specifications, bills of materials, and approved requirements.
• Quality-Focused Processes: Apply appropriate inspection and verification to support production consistency.
• Low-to-Mid-Volume Flexibility: Support applicable prototype, short-run, and recurring production requirements.
• Simplified Supplier Coordination: Consolidate relevant assembly activities with one manufacturing partner when the project scope allows.
• Manufacturability Feedback: Receive initial consultation on production considerations based on customer-supplied drawings and specifications, without implying full product design services.

Our Electromechanical Assembly Manufacturing Process

Stantek follows a structured production process based on each project’s specifications, manufacturing requirements, and acceptance criteria.

1. Customer Requirement Review: Review drawings, specifications, bills of materials, quantities, and project requirements.
2. Material and Component Verification: Check specified components, wiring, hardware, and other required materials.
3. Manufacturing Preparation: Prepare applicable work instructions, tooling, materials, and production requirements.
4. Mechanical Assembly: Install specified enclosures, brackets, fasteners, and other mechanical components.
5. Electrical Integration: Integrate wiring, cable assemblies, wire harnesses, connectors, switches, sensors, and control components as required.
6. Inspection and Testing: Perform applicable visual, dimensional, electrical, and functional checks.
7. Documentation and Traceability: Maintain the production and inspection records required for the project.
8. Production Transition: Where applicable, support the transition from prototype builds to repeatable low-to-mid-volume production.

The process and verification steps vary according to the assembly configuration, approved documentation, and customer requirements.

Industries and Applications for Electromechanical Assemblies

Stantek supports electromechanical assembly requirements for OEM and industrial applications, including applicable aerospace, defense, industrial equipment, and automotive or transportation programs.

• Aerospace

  Aerospace-related equipment may require electromechanical assemblies that integrate electrical connections, controls, and mechanical components. Depending on the application, assemblies may be used in specialized equipment, support systems, or other customer-specified applications. Manufacturing follows the supplied drawings, component requirements, and applicable program specifications.

• Defense

  Defense applications may require electromechanical assemblies that integrate wiring, connectors, switches, relays, enclosures, and mechanical components into functional units. These assemblies can support equipment controls, electrical interfaces, and subsystem integration. Stantek manufactures assemblies according to customer specifications and applicable quality, documentation, and traceability requirements.

• Technology

  Technology and electronic equipment may require electromechanical assemblies that combine electrical connections with mounting hardware, enclosures, switches, or other mechanical components. Integrating these parts into a defined assembly can support equipment installation and simplify connections between components. Each build follows the customer’s drawings, bill of materials, and assembly specifications.

• Automotive & Transportation

  Automotive and transportation equipment may use electromechanical assemblies that combine wiring, electrical controls, connectors, switches, and mechanical hardware. These assemblies can support equipment interfaces, control functions, and subsystem integration where specified by the customer. Component selection, assembly configuration, and verification requirements depend on the intended equipment and its operating conditions.

• Marine

  Marine equipment may require electromechanical assemblies that integrate electrical components, controls, wiring, and mechanical mounting parts. Depending on the application, assemblies may be used in equipment controls, electrical interfaces, or specialized onboard systems. Manufacturing follows the customer’s specified component, assembly, and environmental requirements.

• Robotics & Automation

  Robotics and automation systems use electromechanical assemblies to integrate wiring, connectors, sensors, switches, controls, and mechanical components. These assemblies may form part of control panels, automated equipment, machinery, and other integrated subsystems. Stantek manufactures assemblies according to customer drawings, component specifications, and defined inspection or functional verification requirements.

• Medical

  Medical and diagnostic equipment may use electromechanical assemblies that combine electrical connections, controls, enclosures, and mechanical mounting components. The specific configuration depends on the equipment and the components defined by the customer. Assembly, documentation, and verification requirements are established according to the applicable specifications.

Electromechanical assembly requirements vary according to component selection, mechanical fit, wiring layout, mounting methods, labeling, and functional requirements. Stantek reviews the supplied drawings, bill of materials, and assembly specifications to evaluate manufacturing requirements and prepare quotations.

From Prototype to Production

Stantek supports applicable prototype builds and low-to-mid-volume production programs for customers requiring repeatable electromechanical assembly manufacturing.

During project review, Stantek can provide initial design consultation and manufacturability feedback based on customer-supplied drawings, specifications, and component requirements. This helps identify relevant production considerations before manufacturing begins.

Once the requirements are confirmed, assemblies are produced according to approved documentation and defined acceptance criteria. This supports consistency as a project progresses from prototype builds to recurring production.

What to Include in Your Electromechanical Assembly Specifications

Providing complete project information helps Stantek assess the manufacturing scope and prepare a more accurate quotation.

Where available, include:

• Assembly drawings, schematics, and technical specifications
• Bill of materials and approved component details
• Electrical connection and interface requirements
• Mechanical mounting, enclosure, and dimensional requirements
• Required quantities and expected production volumes
• Applicable inspection, testing, and acceptance criteria
• Labeling, documentation, and traceability requirements
• Relevant compliance or certification requirements
• Target delivery dates and special handling requirements

If some information is not yet available, share your current drawings and project details so the manufacturing scope can be reviewed.

Request a Quote for Custom Electromechanical Assemblies

Need custom electromechanical assemblies built to your specifications? Contact Stantek to discuss your requirements and request a quote.

Share your available drawings, bill of materials, component specifications, assembly requirements, required quantities, and target schedule. Our team will review the information provided and identify any additional details needed to evaluate your project. Whether you require prototype assemblies or low-to-mid-volume production, Stantek can assess your requirements based on your specifications. Get in touch to discuss your custom electromechanical assembly needs.