FAQs

Pixer™ FAQ- Technical

What is Pixer™?

Pixer™ is a single-use plastic diaphragm pump platform engineered for biopharma manufacturing, utilizing Polymorphic Pump Technology®. It offers flow rates from 1 ML/min (P0) to 200 + L/min (P40), with a vertical top-inlet design for ultra-low shear and minimal hold-up volume, ideal for CGT, mRNA, and biosimilar processes.

Why Pixer™?

Superior flexibility and low-shear performance.

Will Pixer™ Fit In My Existing Skid?

Pixer™ is designed as a standalone or new-system solution and does not fit existing skids. Contact our team for a custom integration plan to upgrade your facility with Pixer™’s advanced capabilities.

What Are the Technical Specifications?

Pressure: Up to 6 bar max

Inlet/Outlets: 1.5 in. TC inlet, 1/4 in. TC or HB (up to 7 outlets, 10 injection ports)

Materials: Polypropylene body, Novelast® TPV diaphragms, EPDM seals

Speed: 3000 rev/min

Weight: 0.3–12.8 kg

What Materials Ensure Compatibility?

Body: Polypropylene (PP)

Diaphragms: Novelast® TPV

Seals: EPDM

Benefit: PP + TPV offer comprehensive chemical compatibility, resisting swelling or fusing during long-term closures (3+ days).

What Certifications Does Pixer™ Meet?

FDA Compliant

USP Class VI: Biocompatibility for all wetted components

BSE/TSE Free

Manufactured: ISO Class 7 cleanroom

Is Pixer™ Ready for Automation and Pharma 4.0?

Yes, with future integration:

Sensor Compatibility: Supports closed-loop feedback for flow and pressure.

ConSynSys Alignment: Designed for SCADA/MES platforms.

AI/IoT Potential: Ready for predictive maintenance with partner systems.

What Applications Benefit Most?

CGT: Low-shear transfer for sensitive cells/vectors.

mRNA: Gentle handling for fragile biologics.

Biosimilars: Efficient scale-up with minimal hold-up.

Continuous Manufacturing: Supports 3+ day runs with full drainability.

What Are the Operating Conditions for Pixer™?

Temperature: 0°C to 50°C (material-dependent)

Pressure: 0–6 bar

Environment: Suitable for ISO Class 7 cleanrooms

Pixer™ FAQ- Commercial

Why Choose Pixer™ Over Traditional Pumps?

Pixer™ transforms bioprocessing with:

  • Ultra-Low Shear: Protects valuable biologics like CGT and mRNA.

  • Scalable Flow: From 1 ML/min to 200 L/min + for R&D to GMP.

  • All-in-One Solution: Combines pumping and mixing, reducing equipment needs.

  • Sustainability: Reduces water use by 90% vs. stainless steel CIP cycles.

  • Future-Proof Design: Tailored for new, high-efficiency skids.

Can Pixer™ Be Integrated into My Current Skid?

Pixer™ is designed as a standalone or new-system solution and does not fit existing skids. Contact our team for a custom integration plan to upgrade your facility with Pixer™’s advanced capabilities.

What Are the Key Benefits?

  • Versatile Applications: Ideal for CGT, mRNA, and biosimilars.

  • Fast Changeovers: Single-use design eliminates cleaning validation.

  • Polymorphic Flexibility: Up to 7 outlets and 10 inlet ports for custom workflows.

  • Continuous Processing: Supports 60 day continuous processing with full drainability.

How Does Pixer™ Cut Costs?

  • Higher Efficiency: Inline mixing reduces additional equipment costs.

  • Lower Waste: 90% less water and minimal hold-up volume.

  • Faster Turnaround: 50% quicker changeovers than traditional pumps.

  • Scalable Investment: One platform from lab to production.

How Does Pixer™ Support Sustainability?

Pixer™ aligns with ESG goals by:

  • Reducing Water Use: 90% less than stainless steel systems CIP cycles.

  • Single-Use Efficiency: Eliminates cleaning chemicals and energy.

  • Recyclable Materials: PP + TPV support eco-friendly disposal.

ESG Impact: Lower your carbon footprint with a cutting-edge solution.