Engineering Insights
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Plastic injection moulding: use prototyping to choose the right engineering plastic (PA66, PBT, PC, POM, etc.)
Selecting a plastic material that meets your specifications is a key step in developing an injection-moulded part. Mechanical strength, temperature resistance, dimensional stability, chemical resistance, appearance, electrical properties, cost… each material has its own advantages and limitations. In this guide, […]
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Plastic injection moulding: use prototyping to choose the right engineering plastic (PA66, PBT, PC, POM, etc.)
Selecting a plastic material that meets your specifications is a key step in developing an…
Continue reading
Medical Device Large Plastic Enclosures & Housings: Design Guidelines and Manufacturing Technologies
Large plastic enclosures & housings for medical equipment generally refer to parts with dimensions exceeding…
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Assembly and plastic enclosures waterproofing: Why is it essential to test it from the prototyping phase?
The waterproofing of consumer electronics, measuring instruments, medical devices, and enclosures involves effective protection not…
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Thermoplastics for medical devices: materials, technologies, and best practices
Medical plastics encompass a wide and complex field—from injection materials and single-use consumables to hospital…
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What is Bridge Production?
Bridge production — also known as a transition phase or pilot run — is an…
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Overview of Medical Device Regulations [Guide]
Bringing a medical device to market involves far more than engineering innovation—it requires strict compliance…
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Four main methods for polishing acrylic (PMMA)
Acrylic, also known as polymethyl methacrylate (PMMA), is prized for its crystal-clear transparency, impact resistance,…
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Why use CNC machining for rapid prototyping?
Introduction Rapid prototyping is a crucial step in any industrial project. It enables concept validation,…
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Compression Molding vs. Injection Molding: Which technology to choose for your flexible parts?
When selecting the best technology for producing flexible plastic or rubber parts, you will often…
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Plastic injection moulding: use prototyping to choose the right engineering plastic (PA66, PBT, PC, POM, etc.)
Selecting a plastic material that meets your specifications is a key step in developing an…
Continue reading
Medical Device Large Plastic Enclosures & Housings: Design Guidelines and Manufacturing Technologies
Large plastic enclosures & housings for medical equipment generally refer to parts with dimensions exceeding…
Continue reading
Assembly and plastic enclosures waterproofing: Why is it essential to test it from the prototyping phase?
The waterproofing of consumer electronics, measuring instruments, medical devices, and enclosures involves effective protection not…
Continue reading
Thermoplastics for medical devices: materials, technologies, and best practices
Medical plastics encompass a wide and complex field—from injection materials and single-use consumables to hospital…
Continue reading
What is Bridge Production?
Bridge production — also known as a transition phase or pilot run — is an…
Continue reading
Overview of Medical Device Regulations [Guide]
Bringing a medical device to market involves far more than engineering innovation—it requires strict compliance…
Continue reading
Four main methods for polishing acrylic (PMMA)
Acrylic, also known as polymethyl methacrylate (PMMA), is prized for its crystal-clear transparency, impact resistance,…
Continue reading