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BIOVOX Design

MedEco IPI C1

Our bio-based HDPE for medium-stiff components with high impact strength. Also suitable for low-temperature applications.

Free from critical substances such as PFAS and with a negative carbon footprint, your PE component with MedEco IPI C1 Bio-HDPE is as future-proof as it gets!

Product Documents

Technical characteristics

  • Good strength
  • High chemical resistance
  • Robust - high impact strength

Process characteristics

  • Very easy processing
  • No drying necessary
  • Works in existing PE molds

Sustainability aspects

  • Recyclable in existing systems
  • >95% biobased
BIOVOX MedEco transluzentes Biokunststoff Granulat für Healthcare

Applications

Our MedEco IPI C1 is ideal for very robust products and packaging components. This includes low-temperature use—our biobased HDPE remains impact-resistant even at low temperatures.

  • Frame for freezing containers
  • Lab racks
  • Caps & closures, protective caps
Request consultation

CO2e reduction compared to

fossil HDPE

0 %

fossil PP

0 %

Scope: CO₂ savings potential for the material, based on equal mass, cradle-to-gate. The savings potential of >100% is achieved through the negative footprint of the MedEco-XPI family cradle-to-gate.

Concrete results depend on other factors such as product geometry and processing technology.

We are happy to calculate the potential for your application.

Team BIOVOX - Unsere Mitarbeiter und Biokunststoff Experten
Dr.-Ing. Julian Lotz
CEO BIOVOX

"With our MedEco IPI C1, a bio-based HDPE, fossil-based PE and PP components can be made fit for the future with minimal effort.
Maximum safety and even a negative carbon footprint (cradle to gate) speak for themselves."

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco XPI C3

The bio-LDPE for medical bag packaging, dietary supplements, and veterinary pharmaceutical applications. Our XPI C3 is ideally suited to replace fossil-based LDPE without much effort, or to switch from PVC to a sustainable material. MedEco XPI C3 is safe, sustainable, and the more cost-effective alternative to MedEco XPI C4.

Low MFI for extrusion processing or injection molding with short flow paths.
Perfectly suited for Blow-Fill-Seal processing!

Product Documents

Technical characteristics

  • Very good transparency
  • High elongation at break
  • Soft and flexible

Process characteristics

  • MFR 0.6 g/10 min at 190°C/2.16 kg
  • Processing just as conventional LDPE
  • For radiation, ETO, plasma, and SCC sterilization

Sustainability aspects

  • -1.48 kg CO2e/kg polymer (Cradle to Gate)
  • Recyclable in existing systems
  • >95% biobased (C14)
  • PFAS free
BIOVOX MedEco transluzentes Biokunststoff Granulat für Healthcare

Applications

Highly transparent, robust film packaging for medical products – that's what MedEco XPI C3 brilliant can do. If you need less transparency, we can adjust it for you.
This biobased LDPE is also ideal for use in primary packaging for dietary supplements and veterinary pharmaceuticals.

  • Blow-Fill-Seal (supplements & veterinary)
  • Medical device packaging
  • Tubes for laboratory applications
Request consultation

CO2e reduction compared to

fossil LDPE

0 %

PVC

0 %

Scope: CO2 savings potential for the material, based on equal mass, cradle-to-gate. The savings potential of >100% is achieved through the negative footprint of the MedEco-XPI family cradle-to-gate.

Concrete results depend on other factors such as product geometry and processing technology.

* PVC with 30% DEHP. Disposal is also a major problem with PVC; incineration releases dioxins, furans, and hydrochloric acid, which are highly hazardous to health and damaging to incineraton equipment.

We are happy to calculate the potential for your application.

Team BIOVOX - Unsere Mitarbeiter und Biokunststoff Experten
Dr.-Ing. Julian Lotz
CEO BIOVOX

MedEco XPI C3 is the sustainable option for replacing fossil-based LDPE. It works just as well, even in recycling, but is bio-based and has a much smaller footprint.

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco XPI C4

The biobased LDPE for pharmaceutical primary packaging and critical MedTech applications. Ideally suited for replacing fossil-based LDPE without much effort, or for switching from soft PVC to a sustainable material. MedEco XPI C4 is safe, sustainable, and particularly convenient, also from a regulatory perspective.

Low MFI for extrusion processing or injection molding with short flow paths.
Perfectly suited for Blow-Fill-Seal processing!

Product Documents

Technical characteristics

  • Transparent
  • High elongation at break
  • Very good extraction characteristics

Process characteristics

  • MFR 0.4 g/10 min at 190°C/2.16 kg
  • Processing just as conventional LDPE
  • For radiation, ETO, plasma, and SCC sterilization

Sustainability aspects

  • -1,48 kg CO2e/kg polymer Cradle to Gate
  • Recyclable in existing systems
  • >95% biobased (C14)
  • PFAS free
BIOVOX MedEco transluzentes Biokunststoff Granulat für Healthcare

Applications

MedEco XPI C4 is ideal for pharmaceutical primary packaging, i.e., bottles, blow-fill-seal ampoules, and bags. The material is also ideal for PVC-free drug administration products.

  • Blow-Fill-Seal
  • Drug administration products
  • Bag packaging & bioreactors
Request consultation

CO2e reduction compared to

fossil LDPE

0 %

Soft-PVC*

0 %

Scope: CO2 savings potential for the material, based on equal mass, cradle-to-gate. The savings potential of >100% is achieved through the negative footprint of the MedEco-XPI family cradle-to-gate.
Concrete results depend on other factors such as product geometry and processing technology.

* PVC with 30% DEHP. Disposal is also a major problem with PVC; incineration releases dioxins, furans, and hydrochloric acid, which are highly hazardous to health and damaging to incineraton equipment.

We are happy to calculate the potential for your application.

Team BIOVOX - Unsere Mitarbeiter und Biokunststoff Experten
Dr.-Ing. Julian Lotz
CEO BIOVOX

MedEco XPI C4 is the sustainable option for replacing fossil-based LDPE and soft PVC. It works just as well, even in recycling, but is bio-based and has a much smaller footprint.

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco ICB C1

The bioplastic for highly transparent injection molded components with high stiffness and surface hardness.

Product Documents

Technical characteristics

  • High rigidity
  • High strength
  • Highly transparent
  • Hard surface

Processing characteristics

  • Easy processing
  • Low processing temperature - saves energy!
  • Very good shape filling

Sustainability aspects

  • 100% bio-based
  • Low carbon footprint
  • Recyclable
  • Industrially compostable according to EN 13432
BIOVOX MedEco transparentes Biokunststoff Granulat für Healthcare

Applications

Our MedEco ICB C1 is ideal for applications that require a transparent material with high surface hardness and rigidity, such as:

  • Wellplates
  • Surgical instruments
  • Intravenous access systems
Request consultation

CO2e reduction compared to

HDPE

0 %

PP (Polypropylene)

0 %

PC

0 %

Scope: Scope: CO2 savings potential for the compound in cradle-to-gate. Concrete results depend on other factors such as product geometry and processing technology.

We are happy to calculate the potential for your application.

Vinzenz Nienhaus
Dr.-Ing. Vinzenz Nienhaus
Products & Processes

“MedEco ICB is not only wonderfully transparent, it has such good mechanical properties that you can reduce the amount of material compared to polyolefins. This is great for the environment and its material costs.”

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco ICB

The bioplastic for transparent and translucent injection moulded components
with high rigidity and surface hardness.

Product Documents

Technical characteristics

  • High rigidity
  • High strength
  • Highly transparent
  • Hard surface

Processing characteristics

  • Easy processing
  • Low processing temperature - saves energy!
  • Very good shape filling

Sustainability aspects

  • Up to 100% biobased
  • Low carbon footprint
  • Recyclable
  • Industrially compostable according to EN 13432
BIOVOX MedEco transluzentes Biokunststoff Granulat für Healthcare

Applications

Our MedEco ICB is ideal for applications that require a transparent material with high surface hardness and rigidity, such as:

  • Wellplates
  • Surgical instruments
  • Intravenous access systems
Request consultation

CO2e reduction compared to

PET

0 %

PP

0 %

HDPE

0 %

PC

0 %

Scope: CO2-Einsparpotenzial für das Compound in Cradle-to-Gate.
Concrete results depend on other factors such as product geometry and processing technology.

We are happy to calculate the potential for your application.

Team BIOVOX - Unsere Mitarbeiter und Biokunststoff Experten
Dr.-Ing. Vinzenz Nienhaus
Products & Processes

„MedEco ICB has such good mechanical properties that you can reduce the amount of material compared to polyolefins. This is great for the environment and its material costs.“

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us ▸hier.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco XGB

The bioplastic for rigid extrusion components with a particularly non-slip surface.

Product Documents

Technical characteristics

  • High rigidity
  • High strength
  • Great haptics

Process characteristics

  • Very good workability
  • Low temperatures - high energy savings

Sustainability aspects

  • 99% bio-based
  • Low carbon footprint
  • Industrially compostable according to EN 13432
  • Recycling options
BIOVOX MedEco Medical Grade Bioplastics

Applications

Our MedEco XGB is ideal for applications that require a rigid, non-slip material with high surface hardness.

  • Bottles and cans
  • Blister packaging
  • Pipes and profiles
Request consultation

CO2e reduction compared to

PET

0 %

PP

0 %

HDPE

0 %

ABS

0 %

Scope: CO2 savings potential for the compound in cradle-to-gate.
Concrete results depend on other factors such as product geometry and processing technology.

We are happy to calculate the potential for your application.

Vinzenz Nienhaus
Dr.-Ing. Vinzenz Nienhaus
Products & Processes

“High productivity, dimensional stability and a wonderfully comfortable surface. Your new sustainable material for opaque blisters and profiles.”

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us
BIOVOX Design

MedEco IGH

The bioplastic for precise injection molded components with particularly premium haptics and surface finish. Also suitable for high temperatures.

Product Documents

Technical characteristics

  • High rigidity
  • High strength
  • Great haptics
  • Up to 110°C HDT-B

Process characteristics

  • Very good workability
  • Low temperatures - high energy savings

Sustainability aspects

  • Up to 100% biobased
  • Low carbon footprint
  • Industrially compostable according to EN 13432
  • Recycling options
BIOVOX MedEco Medical Grade Bioplastics

Applications

Our MedEco IGH is ideal for applications that require a grip-friendly, heat-resistant and rigid material.

  • IVD enclosure
  • Instrument handles
  • Equipment housings
Request consultation

CO2e reduction compared to

HDPE

0 %

PC

0 %

ABS

0 %

PP

0 %

Scope: CO2 savings potential for the compound in cradle-to-gate.
Concrete results depend on other factors such as product geometry and processing technology.

We are happy to calculate the potential for your application.

Vinzenz Nienhaus
Dr.-Ing. Vinzenz Nienhaus
Products & Processes

“Low shrinkage, high productivity and a wonderfully comfortable surface. This is how injection molding with bioplastics is fun.”

Product Documents & Further Information

Not all documents are available online. If you need additional information, such as on topics like aging, LCA, or sterilizability, please contact us >>here.

Book a consultation!

Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.

HTML Full-screen iframe (100% Height and Width)

Book an appointment directly to our calendar.

We will discuss your case and answer any questions you may have.

Alternatively send us an email or call us:

>> Send E-Mail
Call Us