Why Medical Device Industry needs Mockup?
1)☑️ Design Verification: Medical device designs must be flawless, as they directly impact patient health and safety. Models allow engineers to physically verify the design in the early stages, ensuring precision, structural integrity, and functionality of each component.
2)☑️ Functional Testing: Models can be used for early functional testing, such as operational flow, user interface design, and compatibility with other systems. This helps the design team identify and fix potential issues, preventing design flaws from reaching the final production stage.
3)☑️ Ergonomics Testing: Medical devices, such as surgical tools and diagnostic equipment, often require direct contact with the human body and must meet ergonomic standards. Models allow for early testing of the product’s comfort, ease of use, and safety in real-world applications.
4)☑️ Rapid Prototyping: The development of medical devices often requires fast iterations. Models enable design teams to quickly create physical prototypes, accelerating product improvements, shortening the development cycle, and speeding up time-to-market for new devices.
5)☑️ Manufacturing Process Optimization: Models help optimize the manufacturing process by reducing errors and increasing efficiency. For highly precise medical devices, models can simulate the production process, ensuring the feasibility and accuracy of each step.
Medical Device Industry Mockup Application
1)✅ Diagnostic Equipment: Devices such as ultrasound machines, ECG monitors, and blood pressure monitors rely on models to test accuracy, functionality, and user interface design. This ensures stable performance in clinical settings and delivers accurate diagnostic results.
2)✅ Nursing Assistance Equipment: Devices such as wheelchairs, walkers, and hospital beds use models to test durability, comfort, and user-friendliness for both patients and caregivers, ensuring the equipment meets long-term use requirements.
3)✅ Respiratory and Life Support Equipment: Devices such as ventilators and anesthesia machines use models to test operational performance, ensuring they function reliably and provide precise control, critical for use in intensive care and surgical procedures.
4)✅ Wearable Medical Devices: Devices like heart rate monitors, glucose testers, and fitness trackers use models to test design aesthetics, functional accuracy, and compatibility with the human body, especially focusing on comfort and long-term usage safety.
We help from Prototyping to Production
At IDMockup, we deliver unparalleled speed and efficiency for product prototyping and production. Our on-demand manufacturing skills enable us to respond various customer demands and deliver top-notch manufactured parts quickly.
Provide appropriate quotations and working days based on the needs and 3D drawings, samples and other relevant information provided by the customer.
Production begins after receiving the order. Our professional team will discuss and modify the 3D drawings with the customer.
Transfer the completed processing drawings to the CNC/3D printing machine for molding and monitor the production status
The finished parts will be surface-modified to the customer-specified appearance, and then assembled into the finished product.
Package the finished product properly and send it to the customer’s designated destination or deliver it to the customer within the delivery period.
Our Manufacturing Services
IDMockup offers top-notch manufacturing capabilities, whether for rapid prototyping or custom production orders. Our self-owned factories and satellite factories are equipped to efficiently produce complex, high-quality parts.
Achieve precise and intricate designs through milling, turning, and post-processing techniques, ensuring ideal results for both complex prototypes and functional metal or plastic parts.
The process of using silicone molds to produce high-quality plastic or rubber parts allows for complex designs and fine detail work. It is an ideal technique for small-batch prototyping or low-volume production.
Fast and versatile, this method quickly produces complex geometries from various materials, making it ideal for innovative designs.
Rapid tooling creates molds for mid-scale production. It offers the advantages of low development costs and short production times, extending the benefits from the R&D stage to the production phase.
Injected into the mold under low pressure and shaped, this process is ideal for mid-high-volume complex products. It offers low costs, material versatility, high strength, and cost efficiency, suitable for both plastic and metal.
It provides unparalleled precision, capable of cutting complex and hard metal materials, making it ideal for producing intricate and detailed parts.
Investment casting excels in precision and detail work, while sand casting is ideal for producing large or simpler-structured parts, offering cost-effectiveness.
Aluminum extrusion and die casting are the keys in manufacturing. Extrusion is ideal for producing long parts, ranging from simple to complex shapes, while die casting is suited for mass production of high-precision, intricate parts.
By accurately capturing the physical dimensions and geometry of an object, it can be converted into a digital model for redesign, modification, or replication.
Simple circuits and assembly are essential in the early stages of product development, providing a reliable foundation for testing, iteration, and transitioning to more complex systems.
Materials & Surface Finishes
We provide a wide range of materials, including metals, plastics, and composites.
We offer superior surface finishes that enhance part durability and aesthetics for applications requiring smooth or textured surfaces.
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