Controlled Fluidics (@cfluidics) 's Twitter Profile
Controlled Fluidics

@cfluidics

Controlled Fluidics provides custom precision #plastics machining services along with expert design and production support for bonded manifolds.

ID: 1844422752813580288

linkhttps://www.controlledfluidics.com/ calendar_today10-10-2024 17:00:31

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Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Design tip: Use vapor polishing for complex internal threads. It reaches where tools can't, smoothing deep features, improving sealing, and reducing contamination risks. Perfect for clear plastics like PC & ULTEM. #Engineering #PlasticMachining #VaporPolishing #DesignTips

Design tip: Use vapor polishing for complex internal threads.

It reaches where tools can't, smoothing deep features, improving sealing, and reducing contamination risks.

Perfect for clear plastics like PC & ULTEM.

#Engineering #PlasticMachining #VaporPolishing #DesignTips
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Overtorqued fittings destroy manifolds. Learn how to thread for strength and safety. ⚙️ Our free guide shows what to avoid. 👉 controlledfluidics.com/en-us/get-cf-d… #PlasticDesign #DFM #MedicalDevices

Overtorqued fittings destroy manifolds. Learn how to thread for strength and safety.
⚙️ Our free guide shows what to avoid.
👉 controlledfluidics.com/en-us/get-cf-d… 
#PlasticDesign #DFM #MedicalDevices
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one? Download our free infographic to compare side-by-side. ✅ Faster decisions ✅ Fewer design mistakes 📥 Get it here: controlledfluidics.com/en-us/manifold… #Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
✅ Faster decisions
✅ Fewer design mistakes
📥 Get it here: controlledfluidics.com/en-us/manifold…

#Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one? Download our free infographic to compare side-by-side. ✅ Faster decisions ✅ Fewer design mistakes 📥 Get it here: controlledfluidics.com/en-us/manifold… #Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
✅ Faster decisions
✅ Fewer design mistakes
📥 Get it here: controlledfluidics.com/en-us/manifold…

#Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

🧪 Self-healing. Recyclable. Bio-based. Next-gen polymers redefine performance and sustainability in industrial manufacturing. Explore how: ➡ buff.ly/M8lVc9a #Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering

🧪 Self-healing. Recyclable. Bio-based.
Next-gen polymers redefine performance and sustainability in industrial manufacturing.
Explore how:
➡ buff.ly/M8lVc9a 
#Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

ICYMI: Self-healing. Recyclable. Bio-based. Next-gen polymers redefine performance and sustainability in industrial manufacturing. Explore how: ➡ buff.ly/M8lVc9a #Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering

ICYMI: 
Self-healing. Recyclable. Bio-based.
Next-gen polymers redefine performance and sustainability in industrial manufacturing.
Explore how:
➡ buff.ly/M8lVc9a 
#Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one? Download our free infographic to compare side-by-side. ✅ Faster decisions ✅ Fewer design mistakes 📥 Get it here: controlledfluidics.com/en-us/manifold… #Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
✅ Faster decisions
✅ Fewer design mistakes
📥 Get it here: controlledfluidics.com/en-us/manifold…

#Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Precision matters when every drop counts. 💧 Our new white paper reveals how we combine forced with TriContinent to deliver ultra‑precise reagent dosing for safe, compliant water analysis. 📥 Download: buff.ly/dcBkFQU #WaterAnalysis #LabAutomation

Precision matters when every drop counts. 💧 Our new white paper reveals how we combine forced with TriContinent to deliver ultra‑precise reagent dosing for safe, compliant water analysis.
📥 Download: buff.ly/dcBkFQU 
#WaterAnalysis #LabAutomation
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

ICYMI: Self-healing. Recyclable. Bio-based. Next-gen polymers redefine performance and sustainability in industrial manufacturing. Explore how: ➡ buff.ly/M8lVc9a #Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering

ICYMI: 
Self-healing. Recyclable. Bio-based.
Next-gen polymers redefine performance and sustainability in industrial manufacturing.
Explore how:
➡ buff.ly/M8lVc9a 
#Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one? Download our free infographic to compare side-by-side. ✅ Faster decisions ✅ Fewer design mistakes 📥 Get it here: buff.ly/z0xsDHX #Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips

🔍 Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
✅ Faster decisions
✅ Fewer design mistakes
📥 Get it here: buff.ly/z0xsDHX

#Engineering #MedTech #Fluidics #Plastics #ManifoldDesign #DesignTips
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

PEEK can cut component weight by up to 50% vs. aluminum and STILL resist aviation fuels and up to 250°C temps. Aerospace plastics are changing the game. 📥 Get the full white paper 👉 buff.ly/ar6HoiC #PEEK #Aerospace #AdvancedMaterials #AviationTech

PEEK can cut component weight by up to 50% vs. aluminum and STILL resist aviation fuels and up to 250°C temps. Aerospace plastics are changing the game.
📥 Get the full white paper 👉 buff.ly/ar6HoiC

#PEEK #Aerospace #AdvancedMaterials #AviationTech
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Thermoplastics are recyclable AND aligned with EU green mandates. Plastic ≠ waste anymore. Find out how aerospace is going circular → buff.ly/ar6HoiC #Sustainability #CircularEconomy #AerospacePlastics

Thermoplastics are recyclable AND aligned with EU green mandates.

Plastic ≠ waste anymore.

Find out how aerospace is going circular → buff.ly/ar6HoiC 

#Sustainability #CircularEconomy #AerospacePlastics
Plastics Engineering (@plastics_mag) 's Twitter Profile Photo

Soft Robotics in Medicine: A Growing Trend Powered by Hydrogels - Soft robotics is emerging as a game-changing trend in healthcare. It offers minimally invasive tools that precisely adapt to biological environments. plasticsengineering.org/2025/07/soft-r…

Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

3D-printable PEEK is here: lightweight, flame-resistant, and capable of complex internal designs. Perfect for aerospace components. 📘 Download the white paper 👉 buff.ly/ar6HoiC #AdditiveManufacturing #PEEK #AerospaceInnovation

3D-printable PEEK is here: lightweight, flame-resistant, and capable of complex internal designs.

Perfect for aerospace components.

📘 Download the white paper 👉 buff.ly/ar6HoiC 

#AdditiveManufacturing #PEEK #AerospaceInnovation
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Aerospace plastics pay for themselves. Fuel + maintenance savings = 2–3 year ROI. Worth every penny. 📘 Get the facts 👉 buff.ly/ar6HoiC #AerospaceROI #EngineeringMaterials #ControlledFluidics

Aerospace plastics pay for themselves.

Fuel + maintenance savings = 2–3 year ROI.

Worth every penny.

📘 Get the facts 👉 buff.ly/ar6HoiC 

#AerospaceROI #EngineeringMaterials #ControlledFluidics
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

This clear plastic manifold is just as beautiful as it is functional. Want to know how to design manifolds that catch the eye? 📘 Download our free design guide: buff.ly/RAgidPW #Engineering #PlasticsMachining #Fluidics #DesignForManufacturing #Manifolds #LabDesign

This clear plastic manifold is just as beautiful as it is functional. 

Want to know how to design manifolds that catch the eye?

📘 Download our free design guide: buff.ly/RAgidPW 

#Engineering #PlasticsMachining #Fluidics #DesignForManufacturing #Manifolds #LabDesign
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

Bioplastics now match the strength of traditional plastics and cut carbon by up to 42%. From PLA hybrids to enzyme-enhanced polymers, 2025 is the turning point. 🔗 Read how: buff.ly/OmhswbY 💭 Are you testing these materials yet?

Bioplastics now match the strength of traditional plastics and cut carbon by up to 42%. From PLA hybrids to enzyme-enhanced polymers, 2025 is the turning point.

🔗 Read how: buff.ly/OmhswbY 

💭 Are you testing these materials yet?