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

26 Tweet

14 Followers

270 Following

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. βš™οΈ Our free guide shows what to avoid. πŸ‘‰ controlledfluidics.com/en-us/get-cf-d… #PlasticDesign #DFM #MedicalDevices

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

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

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

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

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

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

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

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

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

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

πŸ” Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
βœ… Faster decisions
βœ… Fewer design mistakes
πŸ“₯ 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. πŸ’§ Our new white paper reveals how we combine forced with TriContinent to deliver ultra‑precise reagent dosing for safe, compliant water analysis. πŸ“₯ Download: buff.ly/dcBkFQU #WaterAnalysis #LabAutomation

Precision matters when every drop counts. πŸ’§ Our new white paper reveals how we combine forced with TriContinent to deliver ultra‑precise reagent dosing for safe, compliant water analysis.
πŸ“₯ 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: ➑ 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:
➑ buff.ly/M8lVc9a 
#Plastics #AdvancedMaterials #SmartPolymers #SustainableManufacturing #Aerospace #Engineering
Controlled Fluidics (@cfluidics) 's Twitter Profile Photo

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

πŸ” Single-layer vs. Multilayer vs. 3D-printed manifolds: which one?
Download our free infographic to compare side-by-side.
βœ… Faster decisions
βœ… Fewer design mistakes
πŸ“₯ 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 250Β°C temps. Aerospace plastics are changing the game. πŸ“₯ Get the full white paper πŸ‘‰ 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 250Β°C temps. Aerospace plastics are changing the game.
πŸ“₯ Get the full white paper πŸ‘‰ buff.ly/ar6HoiC

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

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

Thermoplastics are recyclable AND aligned with EU green mandates.

Plastic β‰  waste anymore.

Find out how aerospace is going circular β†’ 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. πŸ“˜ Download the white paper πŸ‘‰ buff.ly/ar6HoiC #AdditiveManufacturing #PEEK #AerospaceInnovation

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

Perfect for aerospace components.

πŸ“˜ Download the white paper πŸ‘‰ 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. πŸ“˜ Get the facts πŸ‘‰ buff.ly/ar6HoiC #AerospaceROI #EngineeringMaterials #ControlledFluidics

Aerospace plastics pay for themselves.

Fuel + maintenance savings = 2–3 year ROI.

Worth every penny.

πŸ“˜ Get the facts πŸ‘‰ 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? πŸ“˜ 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?

πŸ“˜ 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. πŸ”— Read how: buff.ly/OmhswbY πŸ’­ 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.

πŸ”— Read how: buff.ly/OmhswbY 

πŸ’­ Are you testing these materials yet?