New production
New housings and components require raw materials, processing, energy and transport.
Original, refill, rebuilt and compatible: they are not the same
A common mistake in sustainability comparisons is to group all non-OEM cartridges together. From an environmental perspective, however, there is a significant difference between reusing an existing cartridge and manufacturing a completely new cartridge.
| Type | What is it? | Environmentally relevant aspect |
|---|---|---|
| OEM / Original | Newly manufactured cartridge from the printer manufacturer. | A new product must be manufactured; depending on the manufacturer, take-back, recycling or remanufacturing programmes may be available. |
| Refill | A previously used cartridge that is refilled with toner or ink. | The existing housing continues to be used. However, its condition and wear parts must still be suitable for further use. |
| Rebuilt / Remanufactured | A used cartridge that is professionally inspected, cleaned and refilled. Depending on the design, worn components are replaced. | A substantial part of the existing product remains in the usage cycle. |
| New-built compatible | A newly manufactured cartridge from a manufacturer other than the printer OEM. | It may offer economic advantages, but it is not a reuse product. The environmental benefit of remanufacturing therefore cannot automatically be applied to it. |
Important for comparison:
“Compatible toner” initially only describes compatibility with a printer model. The term alone does not indicate whether the cartridge was newly manufactured or remanufactured.
“Compatible toner” initially only describes compatibility with a printer model. The term alone does not indicate whether the cartridge was newly manufactured or remanufactured.
Why reuse is environmentally attractive
A toner cartridge consists of more than just toner powder. Depending on its design, it may include a plastic housing, metal parts, seals, gears, wipers, electronic contacts, chips and other functional components.
If a functioning cartridge is completely discarded after its first use cycle and replaced by a new product, many of these components have to be manufactured again.
Professional remanufacturing follows a different approach: the parts of the product that can still be used are retained. Only toner and components that are actually worn out are added or replaced.
This fundamentally reflects the logic of a circular economy: the value of an existing product should be preserved for as long as possible before its materials are merely recovered through recycling.
Remanufacturing
Usable components are retained and used again.
Recycling
Materials are recovered, but the original product itself is lost.
What does the Fraunhofer study on toner cartridges show?
A frequently cited study was conducted by the Fraunhofer Institute for Environmental, Safety and Energy Technology UMSICHT. The study was carried out in 2019 on behalf of environmental services company Interseroh.
It examined the climate and resource benefits of professionally remanufacturing and reusing toner cartridges.
4.49 kg
fewer greenhouse gas emissions per reused cartridge compared with manufacturing a new one
9.39 kg
primary resources saved per reused cartridge
For a defective cartridge that could only be recycled as material, the study found savings of 0.41 kg of greenhouse gas emissions and 1.94 kg of primary resources.
What does this mean? In this study, the reduction in greenhouse gas emissions achieved through reuse was more than ten times greater than with material recycling alone. For primary resources, the advantage was approximately fivefold.
Putting the figures into context:
The study dates from 2019 and was commissioned by a recycling and environmental services company. The figures should therefore not be understood as universal CO₂ values for every toner cartridge from every manufacturer. However, they clearly illustrate the fundamental resource advantage of reuse compared with new production and material recycling alone.
The study dates from 2019 and was commissioned by a recycling and environmental services company. The figures should therefore not be understood as universal CO₂ values for every toner cartridge from every manufacturer. However, they clearly illustrate the fundamental resource advantage of reuse compared with new production and material recycling alone.
Reuse or recycling: what is the difference?
In everyday language, rebuilt cartridges are often described as “recycled toner cartridges”. Technically, that is not entirely precise.
Reuse / ReUse
The product, or substantial parts of it, are used again for the same purpose. With rebuilt toner, for example, a large proportion of the existing cartridge is retained.
Material recycling
The product is dismantled or processed and individual materials are recovered as raw materials. However, new components must then be manufactured from those materials for the next cartridge.
From a resource perspective:
If a cartridge is technically suitable for high-quality remanufacturing, continuing to use the existing product can make more sense than immediately destroying it and merely recycling its materials.
If a cartridge is technically suitable for high-quality remanufacturing, continuing to use the existing product can make more sense than immediately destroying it and merely recycling its materials.
Which toner cartridge is the most sustainable?
A universal ranking is more difficult than advertising claims sometimes suggest. Production, service life, page yield, transport, reject rates and end-of-life treatment all matter.
| Variant | Strength | Points to consider |
|---|---|---|
| Professionally rebuilt | Retains existing components and avoids a substantial portion of new production. | Remanufacturing quality, page yield, reject rates and transport distances are important. |
| Refill | Very low material requirement if the existing cartridge is still technically sound. | Not every cartridge is suitable for further cycles without inspection or replacement of wear parts. |
| New OEM product | Defined product specifications; in some cases established take-back and recycling programmes. | The product is initially manufactured from scratch. Its environmental impact also depends on what happens to the empty cartridge afterwards. |
| New-built compatible | Can be attractive in terms of price and page yield. | It is also a new product. The reuse benefit of a rebuilt cartridge does not automatically apply here. |
Systems in which cartridges go through several usage cycles and are properly recycled at the end are therefore particularly interesting.
Why print quality and page yield are part of the environmental footprint
Sustainability cannot meaningfully be assessed only per cartridge. The more important question is: How many usable printed pages are produced with what level of resource consumption?
A cartridge that appears particularly sustainable can lose some of its advantage if, for example, it:
- produces significantly fewer pages than expected,
- frequently causes misprints,
- fails prematurely,
- has to be replaced or returned several times,
- or has to be discarded because of poor quality.
For a fair environmental comparison, it therefore makes sense to compare per usable printed page or per defined print yield wherever possible – rather than simply comparing “one cartridge with one cartridge”.
This is precisely why professional remanufacturing is so important for rebuilt products. Resources are only genuinely conserved if the remanufactured product works reliably and achieves an appropriate page yield.
Blue Angel for remanufactured toner cartridges
An important point of reference in Germany is the Blue Angel DE-UZ 177 environmental label for remanufactured toner cartridges and ink cartridges for printers, copiers and multifunction devices.
The current criteria version dates from 2021. In January 2026, its validity was extended without substantive changes until 31 December 2028.
The Blue Angel identifies three key benefits of certified products:
Remanufactured
Existing cartridges are reused, helping to reduce waste volumes.
Low emissions
The environmental label specifies requirements relating to emissions during printing.
Low in harmful substances
Defined requirements apply to materials and colourants.
The functional properties of the toner modules are also taken into account. This is important for the environmental footprint: reuse alone is not enough – the product must also reliably fulfil its purpose afterwards.
Interestingly, OEM manufacturers now also offer remanufactured products. The current Blue Angel product overview includes certified remanufactured products from Brother and Epson, for example.
Other environmental labels
For this product category, the German Environment Agency also mentions, among others:
- the Nordic Ecolabel for remanufactured OEM toner cartridges,
- the Austrian Ecolabel for remanufactured toner cartridges and refillable ink cartridges.
Environmental labels are not essential for a good product. However, they can provide independent guidance because defined environmental and functional criteria are assessed.
What should happen to an empty toner cartridge?
From a circular economy perspective, a cartridge that is still intact should ideally not be destroyed immediately in the waste stream.
The first step should be to determine whether it can be returned through a take-back system for remanufacturing.
Legal background
Annex 1 of the German Electrical and Electronic Equipment Act explicitly lists toner cartridges and printer cartridges as examples within the category of small equipment.
Whether a specific cartridge falls within the scope of the ElektroG depends on the statutory requirements for electrical and electronic equipment, for example whether it has an electrical or electronic function.
Practical recommendation: Do not simply dispose of empty toner cartridges and ink cartridges in general household waste. Use retailer or manufacturer take-back systems or the locally designated collection routes. This preserves the possibility of reuse or proper recycling.
EU circular economy: what really applies in 2026?
The circular economy remains a central issue for the European Union. However, it is important to distinguish between general political objectives and product-specific obligations that have already been adopted.
What has not currently been adopted
As of August 2026, there are in particular no new general EU requirements for toner cartridges concerning:
- a binding minimum quota for remanufactured cartridges,
- a general ban on certain chips in printer cartridges,
- a general ban on firmware restrictions affecting compatible consumables,
- a mandatory Digital Product Passport for toner cartridges.
Earlier EU work on imaging equipment and consumables should therefore not be confused with legislation that is already in force.
What is happening instead
In 2026, the European Commission is working on the Circular Economy Act. The initiative is intended in particular to create a better-functioning single market for secondary raw materials, increase the supply of high-quality recycled materials and strengthen demand for them within the EU.
The EU is pursuing the broader objective of significantly increasing its circularity rate by 2030.
For printer cartridges, this currently means:
The political direction towards greater reuse and circularity is clear. However, no specific new obligations for toner cartridges can yet be derived from the planned Circular Economy Act.
The political direction towards greater reuse and circularity is clear. However, no specific new obligations for toner cartridges can yet be derived from the planned Circular Economy Act.
You can find a detailed overview of ESPR, ecodesign and the right to repair here: Right to Repair & ESPR explained clearly →
Checklist: How can you identify a more sustainable toner solution?
No single buzzword determines sustainability. It makes more sense to look at the entire product life cycle.
1. Check reuse
- Is the cartridge actually remanufactured?
- Or is it a newly manufactured compatible product?
2. Compare page yield
- Is a verifiable page yield stated?
- What are the costs and resource requirements per usable page?
3. Consider quality
- Is transparent quality information available?
- How high is the likelihood of complaints or failures?
4. Check environmental labels
- Blue Angel DE-UZ 177
- Nordic Ecolabel
- other verifiable certifications
5. Take-back route
- Can the empty cartridge be returned?
- Is there a possibility that it can be remanufactured again?
6. Transport distances
- Where is the product manufactured or remanufactured?
- Can unnecessarily long logistics routes be avoided?
Conclusion: reuse is powerful – but not every alternative cartridge is automatically sustainable
The basic idea is compelling: using a functioning toner cartridge multiple times can save substantial resources compared with manufacturing an entirely new cartridge.
The Fraunhofer UMSICHT study clearly shows that professional reuse can perform significantly better than both new production and material recycling alone in terms of climate impact and resource consumption.
At the same time, it is worth taking a closer look: rebuilt is not the same as newly manufactured compatible. Remanufacturing is only genuinely worthwhile if the cartridge subsequently works reliably, achieves an appropriate page yield and does not involve unnecessarily long transport distances.
The most useful way of thinking about this is therefore not “original or compatible?” Instead, ask: How much new material is required, how long can the product be used, how reliably does it print and what happens after its final usage cycle?
This is precisely where a functioning circular economy shows its strength: use products for as long as possible, reuse them, remanufacture them – and only recycle the materials they contain at the very end.
FAQ on rebuilt, refill and original toner
Are rebuilt toner cartridges more sustainable than new original cartridges?
Professionally remanufactured cartridges can offer a significant resource advantage because existing housings and components are reused. A 2019 Fraunhofer UMSICHT study found savings of 4.49 kg of greenhouse gas emissions and 9.39 kg of primary resources per reused cartridge compared with new production. However, these specific figures cannot be applied universally to every cartridge.
Is rebuilt the same as compatible toner?
No. A rebuilt or remanufactured cartridge is based on a cartridge that has already been used and is then professionally remanufactured. Compatible toner, by contrast, may also be manufactured entirely from new components. The environmental benefit of reuse therefore does not automatically apply to every compatible product.
Which is better: remanufacturing or recycling?
If a cartridge is still suitable for reliable remanufacturing, reuse can be environmentally more advantageous because the existing product is preserved. The Fraunhofer study showed a significantly greater climate and resource benefit from reuse than from material recycling alone.
What does the Blue Angel DE-UZ 177 mean?
The Blue Angel DE-UZ 177 certifies remanufactured toner cartridges and ink cartridges that meet requirements relating to remanufacturing, materials, colourants, emissions and functional properties, among other criteria. In January 2026, the criteria were extended without substantive changes until the end of 2028.
Are newly manufactured compatible toner cartridges bad for the environment?
That cannot be stated in general terms. However, they are not reuse products and therefore do not automatically offer the resource advantage of a remanufactured cartridge. A fair assessment would need to consider factors such as material use, production location, page yield, quality, transport and disposal.
How important is print quality for sustainability?
Very important. A cartridge with a low page yield, frequent failures or many misprints can consume additional resources. It therefore makes sense to assess environmental performance per actually usable printed page rather than simply per cartridge purchased.
Are there new EU requirements specifically for toner cartridges in 2026?
There are currently no new general EU minimum quotas for the reuse of toner cartridges and no general DPP requirement specifically for cartridges. However, the EU continues to work towards a stronger circular economy, including through the planned Circular Economy Act.
What should I do with empty toner cartridges?
Whenever possible, use retailer or manufacturer take-back programmes or the locally designated collection routes. This allows the cartridge to be assessed for reuse or proper recycling.
Sources & further information
- Fraunhofer UMSICHT: Study on the reuse of toner cartridges, press release dated 29 January 2019: Remanufacturing toner cartridges – contribution to climate and resource protection
- German Environment Agency: Guide to environmentally friendly public procurement of remanufactured toner cartridges and ink cartridges
- German Environment Agency: Environmental labels and recommendations for toner cartridges and ink cartridges
- Blue Angel: Remanufactured toner cartridges and ink cartridges – DE-UZ 177
- Blue Angel – award criteria: DE-UZ 177, Version 3 from January 2026, valid until 31 December 2028.
- ElektroG: Annex 1 to the German Electrical and Electronic Equipment Act
- European Commission: Circular Economy and planned Circular Economy Act
Updated: 28 August 2026. Environmental and product regulations may continue to evolve. When interpreting individual figures from life-cycle assessments, it should be noted that results depend on the product type, system boundaries and study methodology.
Transparency notice farbtoner.shop is a specialist retailer of printer supplies and sells compatible toner cartridges, among other products. This article deliberately distinguishes between newly manufactured compatible products and genuinely remanufactured reuse cartridges. Wherever possible, our statements about environmental impacts are based on publicly available studies, environmental authorities and environmental labels.
