Testing
Transition from a virtual CAD model to a reliable mass-produced product with confidence due to our experienced engineering team.
Our Testing
At Swope Design Solutions, testing is an essential part of bringing a product from concept to production. Our approach guarantees that every design we develop meets functional requirements and performs reliably under real-world conditions. We specialize in V&V (verification and validation) to confirm that products conform to specifications and intended use. We offer a full range of product testing services, helping clients identify potential issues before products reach the market. By conducting controlled tests, analyzing results, and providing actionable insights, we support smarter decisions that improve product performance, reduce risk, and speed up development cycles. Our in-house capabilities, combined with trusted manufacturing partners, make it possible to handle complex testing requirements efficiently and consistently.
Types of Testing We Offer
Drop Testing
Evaluate product resilience under accidental impacts for electronics, enclosures, and sensitive components. We test from multiple heights, angles, and orientations to replicate real-world handling, shipping, and storage scenarios. Drop testing results inform design adjustments for protective features, material selection, and packaging to reduce returns and improve durability.
Fatigue Testing
Assess mechanical parts, hinges, and load-bearing structures under repeated stress to predict long-term durability. This testing identifies weak points, informs reinforcement strategies, and ensures that assemblies, moving parts, and mechanical devices can withstand repeated use over their expected lifespan.
Life Cycle Testing
Simulate extended use for mechanical assemblies, consumer devices, and industrial products to ensure reliability over time. Life cycle testing replicates repeated operations, environmental exposure, and stress patterns to provide actionable insights into product longevity, potential failure points, and design improvements.
Bench Testing
Hands-on evaluation of components and assemblies under controlled conditions to verify performance. Bench testing allows engineers to test mechanical, electronic, and integrated systems immediately, identifying functional issues early and validating design assumptions before scaling to full production.
User Testing (Internal & External)
Observe real-world use with internal teams or external partners to validate design assumptions, ergonomics, and usability. This testing provides feedback on intuitive operation, ease of use, and user experience, ensuring products meet both technical specifications and customer expectations.
Chemical Exposure Testing
Test plastics, coatings, and components against harsh chemicals, including sunscreens, cleaning agents, and industrial fluids. We evaluate material resistance, structural integrity, and surface degradation to ensure products remain safe and functional in challenging chemical environments.
Simulation & Digital Twin Testing
Predict failures, optimize designs, and reduce prototype cycles using advanced digital modeling. Digital twin testing allows engineers to simulate stress, vibration, thermal changes, and mechanical loads in a virtual environment, identifying potential issues before physical prototypes are built.
Static Load Testing
Static Load Testing – Apply controlled forces to structural parts, enclosures, and assemblies using load cells and force testing equipment. This testing verifies that parts can bear intended loads without deformation or failure, ensuring structural reliability in both normal and extreme operating conditions.
Cycle Testing in Industrial Ovens
Simulate repeated thermal, environmental, and operational stress to evaluate product performance over time. By replicating temperature extremes, humidity, and operational cycles, we confirm that products maintain functionality under long-term environmental exposure.
Ingress Protection Testing
Verify dust and water resistance (IP ratings) through pressure testing, leak detection, and environmental simulations. These tests ensure that enclosures, electronics, and sealed assemblies maintain integrity in demanding conditions, protecting sensitive components and electronics.
Metrology Analysis
Use precision inspection equipment to confirm parts and assemblies match CAD geometry, drawings, and technical specifications. This testing ensures dimensional accuracy, proper alignment, and tolerance compliance, supporting both manufacturing quality and functional performance.
Failure Mode and Effects Analysis (FMEA)
Identify potential failure points, prioritize high-risk areas, and conduct targeted testing to validate durability. FMEA allows Swope engineers to anticipate failures, measure impact, and test high-likelihood scenarios, reducing risk and providing confidence in product reliability.
Accelerated Life and Simulated Use Testing
Condense years of wear into shorter testing cycles to reveal weak points and optimize design before production. By simulating extended operational use and stress conditions, we identify fatigue, wear, and potential failure modes before products are released to market.
Specialized Component Testing
Test mechanical assemblies, hinges, actuators, enclosures, electronics, PCBs, connectors, sensors, and polymer parts for strength, chemical resistance, and environmental durability. This ensures every part—whether structural, functional, or electronic—performs under real-world conditions and meets industry standards.
Our Approach to Testing
Our approach is collaborative and client-focused. We work with you to select relevant tests based on product type, intended use, and industry standards. We provide detailed reports with actionable insights, helping you make informed decisions about design adjustments or manufacturing processes.
Testing is not isolated at Swope. We coordinate with production teams and manufacturing partners to confirm that products can be efficiently and consistently manufactured at scale. Any design changes discovered during testing are communicated clearly, with recommendations for cost-effective solutions that maintain quality and performance.
Industries Supported
Swope Design Solutions provides testing services for a wide range of industries, ensuring products perform reliably under real-world conditions. Key industries include:
Medical Devices
surgical tools, diagnostic equipment, orthopedic components, and wearable health devices.
Consumer Electronics
handheld devices, smart home products, accessories, and protective enclosures.
Robotics and Automation
robotic arms, actuators, sensors, and control modules.
Industrial Equipment
precision machinery components, mechanical assemblies, enclosures, and valves.
Automotive and Mobility
electronic modules, connectors, housings, and structural parts.
Swope Tested, Market Ready
Products perform best when they are thoroughly tested. At Swope Design Solutions, our team ensures your designs are ready for production with confidence. Whether you need drop testing, fatigue analysis, or full life cycle evaluation, we provide expert guidance, hands-on testing, and detailed reporting.
Reach out today to discuss your product testing needs. Our engineers can recommend a testing plan that verifies performance, supports V&V, and reduces production risk. Ensure your product succeeds in the market with Swope’s testing services.