.jpg?format=pjpeg&width=1600&quality=75&auto=webp)
Navigating Manifold Design: Which Approach Is Right for Your Application?
Meeting the Demands of Laboratory Plastics in Research Settings
See how modern labs rely on advanced plastics engineered for chemical resistance, biocompatibility, microfluidic precision, and sterilization durability. Explore key design and manufacturing considerations for high-performance laboratory components.
Next-Gen Sustainable Polymers for Industrial Innovation
Explore how recyclable and bio-based polymers are transforming industrial applications through durability, performance, and regulatory-ready sustainability.
Navigating 2025 Plastic Recycling Regulations
Get the comprehensive overview of the evolving regulatory landscape for plastics manufacturing. It addresses key regulatory changes, affected industries, and offers actionable strategies for compliance.
HOW TO SHIFT PLASTIC MANUFACTURERS
Navigating the Transition: The 9-Step Guide to Shifting Plastic Manufacturers When terminating a partnership between your business and another, many project managers, engineers, and designers face a daunting task: how do you find your next partnership as quickly as possible? Shifting from one plastic manufacturer to another takes time, research, and trust that can overwhelm…
HOW CNC MACHINES WORK
How CNC Machining Works in plastic manufacturing, plastic CNC machining stands out as a versatile method for creating complex parts, assemblies, and prototypes with exacting precision.
Ultem Plastic Manifolds
Listen to our podcast with Tom Rohlfs at Controlled Fluidics discussing why ULTEM® (PEI) is ideal for high-performance plastic manifolds in aerospace, life-science & fluidic systems.