Controlled Fluidics
@controlledfluidics.bsky.social
Controlled Fluidics provides custom precision #plastics machining services along with expert design and production support for bonded manifolds.
3️⃣ Biocompatibility & sterilization are non-negotiable.
Lab plastics must survive autoclaving, radiation, and repeated use: all without leaching contaminants.
🧠 Read more: buff.ly/P4jVcJO
#PlasticsEngineering #Microfluidics #MedicalDevices #PrecisionManufacturing
Lab plastics must survive autoclaving, radiation, and repeated use: all without leaching contaminants.
🧠 Read more: buff.ly/P4jVcJO
#PlasticsEngineering #Microfluidics #MedicalDevices #PrecisionManufacturing
November 12, 2025 at 1:53 AM
3️⃣ Biocompatibility & sterilization are non-negotiable.
Lab plastics must survive autoclaving, radiation, and repeated use: all without leaching contaminants.
🧠 Read more: buff.ly/P4jVcJO
#PlasticsEngineering #Microfluidics #MedicalDevices #PrecisionManufacturing
Lab plastics must survive autoclaving, radiation, and repeated use: all without leaching contaminants.
🧠 Read more: buff.ly/P4jVcJO
#PlasticsEngineering #Microfluidics #MedicalDevices #PrecisionManufacturing
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
November 10, 2025 at 5:20 PM
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
November 10, 2025 at 5:20 PM
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
November 10, 2025 at 5:20 PM
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
November 10, 2025 at 5:20 PM
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
November 10, 2025 at 5:20 PM
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
November 7, 2025 at 11:25 PM
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
November 7, 2025 at 11:25 PM
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
November 7, 2025 at 11:25 PM
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
November 7, 2025 at 11:25 PM
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
November 7, 2025 at 11:25 PM
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
November 7, 2025 at 1:17 AM
Surface finishing is a design variable, not an afterthought.
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
When finish, material, and geometry align, you get parts that have lasting performance and pass inspection.
📘 Read the full application note: buff.ly/T6Vof7G
#EngineeringDesign #PlasticsMachining #Microfluidics #MedicalDevices
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
November 7, 2025 at 1:17 AM
3️⃣ Finish Drives Compliance & Sustainability
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
Polished surfaces help meet compliance standards, like USP Class VI and ISO 10993.
They also last longer, resist contamination, and reduce waste. This supports both regulatory and ESG goals.
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
November 7, 2025 at 1:17 AM
2️⃣ Vapor Polishing Unlocks Clarity
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
This process reflows the plastic’s surface, achieving <4 µin Ra and near-optical transparency.
Perfect for diagnostic windows, microfluidic paths, and optical sensors that demand visual clarity.
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
November 7, 2025 at 1:17 AM
1️⃣ Finish = Function
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Smooth surfaces reduce turbulence, prevent residue buildup, and improve sealing.
Specifying surface roughness early (Ra value) ensures predictable performance, not just a polished look.
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
November 7, 2025 at 1:17 AM
Surface finishing in plastics isn’t just cosmetic.
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
It affects how components flow, seal, and perform, especially in fluidic and medical device design.
Here are 3 key insights from our latest application note 👇
Curved manifolds enable compact, ergonomic layouts for diagnostics, aerospace, and research systems.
Fluidics isn’t always linear, and (in that vein) neither is innovation.
#Microfluidics #PlasticsMachining #CNCManufacturing #EngineeringDesign
Fluidics isn’t always linear, and (in that vein) neither is innovation.
#Microfluidics #PlasticsMachining #CNCManufacturing #EngineeringDesign
November 6, 2025 at 1:28 AM
Curved manifolds enable compact, ergonomic layouts for diagnostics, aerospace, and research systems.
Fluidics isn’t always linear, and (in that vein) neither is innovation.
#Microfluidics #PlasticsMachining #CNCManufacturing #EngineeringDesign
Fluidics isn’t always linear, and (in that vein) neither is innovation.
#Microfluidics #PlasticsMachining #CNCManufacturing #EngineeringDesign
Sustainability is now a design requirement, not an afterthought.
What’s one change your team made to make manufacturing more sustainable? 🌱
📘 Explore more in the Condensed Plastic Design Guide: buff.ly/clA3pa3
#ManufacturingMonth #SustainableDesign #PlasticsEngineering
What’s one change your team made to make manufacturing more sustainable? 🌱
📘 Explore more in the Condensed Plastic Design Guide: buff.ly/clA3pa3
#ManufacturingMonth #SustainableDesign #PlasticsEngineering
October 28, 2025 at 4:09 PM
Sustainability is now a design requirement, not an afterthought.
What’s one change your team made to make manufacturing more sustainable? 🌱
📘 Explore more in the Condensed Plastic Design Guide: buff.ly/clA3pa3
#ManufacturingMonth #SustainableDesign #PlasticsEngineering
What’s one change your team made to make manufacturing more sustainable? 🌱
📘 Explore more in the Condensed Plastic Design Guide: buff.ly/clA3pa3
#ManufacturingMonth #SustainableDesign #PlasticsEngineering
3 ways to drive ROI with smarter plastics strategies:
1️⃣ Pick “right-fit” materials → avoid over-spec’ing
2️⃣ Factor lifecycle costs → less waste, better margins
3️⃣ Build compliance in early → smoother launches
📘 Full brochure: buff.ly/a6L53hm
#Engineering #Aerospace #MedTech #PlasticsMachining
1️⃣ Pick “right-fit” materials → avoid over-spec’ing
2️⃣ Factor lifecycle costs → less waste, better margins
3️⃣ Build compliance in early → smoother launches
📘 Full brochure: buff.ly/a6L53hm
#Engineering #Aerospace #MedTech #PlasticsMachining
October 24, 2025 at 12:17 AM
3 ways to drive ROI with smarter plastics strategies:
1️⃣ Pick “right-fit” materials → avoid over-spec’ing
2️⃣ Factor lifecycle costs → less waste, better margins
3️⃣ Build compliance in early → smoother launches
📘 Full brochure: buff.ly/a6L53hm
#Engineering #Aerospace #MedTech #PlasticsMachining
1️⃣ Pick “right-fit” materials → avoid over-spec’ing
2️⃣ Factor lifecycle costs → less waste, better margins
3️⃣ Build compliance in early → smoother launches
📘 Full brochure: buff.ly/a6L53hm
#Engineering #Aerospace #MedTech #PlasticsMachining
DFM isn’t just about saving money: it’s about building smarter.
What’s the toughest manufacturability challenge you’ve faced in plastics? 🤔
📘 Learn more in the Condensed Plastic Design Guide: buff.ly/ia2YOHu
#ManufacturingMonth #AdvancedManufacturing
What’s the toughest manufacturability challenge you’ve faced in plastics? 🤔
📘 Learn more in the Condensed Plastic Design Guide: buff.ly/ia2YOHu
#ManufacturingMonth #AdvancedManufacturing
October 22, 2025 at 12:53 AM
DFM isn’t just about saving money: it’s about building smarter.
What’s the toughest manufacturability challenge you’ve faced in plastics? 🤔
📘 Learn more in the Condensed Plastic Design Guide: buff.ly/ia2YOHu
#ManufacturingMonth #AdvancedManufacturing
What’s the toughest manufacturability challenge you’ve faced in plastics? 🤔
📘 Learn more in the Condensed Plastic Design Guide: buff.ly/ia2YOHu
#ManufacturingMonth #AdvancedManufacturing
Digital twins are fast becoming a must-have for resilient, efficient manufacturing ecosystems.
📘 Download our white paper to learn how supply chain digital twins are redefining operational visibility in plastics manufacturing → buff.ly/x61bTAC
#DigitalTwins #ManufacturingLeadership #SmartFactory
📘 Download our white paper to learn how supply chain digital twins are redefining operational visibility in plastics manufacturing → buff.ly/x61bTAC
#DigitalTwins #ManufacturingLeadership #SmartFactory
October 17, 2025 at 12:17 AM
Digital twins are fast becoming a must-have for resilient, efficient manufacturing ecosystems.
📘 Download our white paper to learn how supply chain digital twins are redefining operational visibility in plastics manufacturing → buff.ly/x61bTAC
#DigitalTwins #ManufacturingLeadership #SmartFactory
📘 Download our white paper to learn how supply chain digital twins are redefining operational visibility in plastics manufacturing → buff.ly/x61bTAC
#DigitalTwins #ManufacturingLeadership #SmartFactory
For plastics manufacturers, digital twins can:
Simulate resin and flow behavior before molding begins
Predict tool wear and part defects early
Optimize energy use and bonding pressure
Improve scheduling and throughput across facilities
#OEM #ManufacturingInnovation
Simulate resin and flow behavior before molding begins
Predict tool wear and part defects early
Optimize energy use and bonding pressure
Improve scheduling and throughput across facilities
#OEM #ManufacturingInnovation
October 17, 2025 at 12:17 AM
For plastics manufacturers, digital twins can:
Simulate resin and flow behavior before molding begins
Predict tool wear and part defects early
Optimize energy use and bonding pressure
Improve scheduling and throughput across facilities
#OEM #ManufacturingInnovation
Simulate resin and flow behavior before molding begins
Predict tool wear and part defects early
Optimize energy use and bonding pressure
Improve scheduling and throughput across facilities
#OEM #ManufacturingInnovation
Rolls-Royce uses digital twins of its jet engines to extend maintenance intervals by up to 50%.
Now, imagine applying that same capability to plastic molding, bonding, or extrusion processes.
#SmartManufacturing #PredictiveMaintenance
Now, imagine applying that same capability to plastic molding, bonding, or extrusion processes.
#SmartManufacturing #PredictiveMaintenance
October 17, 2025 at 12:17 AM
Rolls-Royce uses digital twins of its jet engines to extend maintenance intervals by up to 50%.
Now, imagine applying that same capability to plastic molding, bonding, or extrusion processes.
#SmartManufacturing #PredictiveMaintenance
Now, imagine applying that same capability to plastic molding, bonding, or extrusion processes.
#SmartManufacturing #PredictiveMaintenance
Digital Twins are reshaping manufacturing, and plastics leaders are taking note. From predictive maintenance to smart supply chains, these virtual models deliver a strategic edge across operations. 🧵
#DigitalTwins #Industry40 #PlasticsManufacturing
#DigitalTwins #Industry40 #PlasticsManufacturing
October 17, 2025 at 12:17 AM
Digital Twins are reshaping manufacturing, and plastics leaders are taking note. From predictive maintenance to smart supply chains, these virtual models deliver a strategic edge across operations. 🧵
#DigitalTwins #Industry40 #PlasticsManufacturing
#DigitalTwins #Industry40 #PlasticsManufacturing
Smart material selection can make or break a project’s success.
How do you qualify new materials for your regulated builds? 🤔
📘 Get the full checklist in the Condensed Plastic Design Guide: buff.ly/pAcMdGU
#ManufacturingMonth #PlasticsDesign #EngineeringInnovation
How do you qualify new materials for your regulated builds? 🤔
📘 Get the full checklist in the Condensed Plastic Design Guide: buff.ly/pAcMdGU
#ManufacturingMonth #PlasticsDesign #EngineeringInnovation
October 15, 2025 at 12:53 AM
Smart material selection can make or break a project’s success.
How do you qualify new materials for your regulated builds? 🤔
📘 Get the full checklist in the Condensed Plastic Design Guide: buff.ly/pAcMdGU
#ManufacturingMonth #PlasticsDesign #EngineeringInnovation
How do you qualify new materials for your regulated builds? 🤔
📘 Get the full checklist in the Condensed Plastic Design Guide: buff.ly/pAcMdGU
#ManufacturingMonth #PlasticsDesign #EngineeringInnovation