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Cost-benefit Calculator

Sealing system marSeal

The reusable marSeal sealing system guarantees long-lasting and safe sealing of veins, arteries and tissue bundles with subsequent separation.

To the marSeal cost-benefit calculator

Cost-benefit calculator SealSafe

Currency

Instrument cost per application Reprocessing cost per application Number of uses per year Cost for disposable instrument

Potential cost savings with marSeal

per application

after x applications (per year)

Total costs per application

Sterilization containers

Our packaging systems for sterile supply serve the goal of both maximizing patient safety and optimizing daily workflows in the CSSD.

Click here to access our profitability calculator for our container series microStop®, marSafe® and marSafe® plus.

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Please select a product:

microStop®

marSafe®

marSafe® plus

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Size Number of pieces Price per piece 600x300x110 600x300x160 600x300x270

Size Number of pieces Price per piece 600x300x140 600x300x210

470x300x110 470x300x160

470x300x140

300x300x110 300x300x160 300x300x270

300x300x140 300x300x210

Total price

Price per seal (KLS Martin) Price per disposable filter (KLS Martin) Cycles per container per week

Notice: Realistic is an avarage of about 120 cycles per year / per container which corresponds to 2.3 cycles per week

Comparison with alternative system

Price per seal

Price per disposable filter

Total price alternative system

Total costs KLS Martin product

Total costs 5 years

Total costs 10 years

Total costs alternative system

Total costs alternative system 5 years

Total costs alternative system 10 years

Payback period

Years

Weeks

Comparison with soft packaging

Price per soft packaging 1 STU Price per soft packaging 3/4 STU Price per soft packaging 1/2 STU

Payback period

Years

Weeks

Break even number of containered/wrapped sets:

Sustainable Impact*

CO₂ per container / cycle in kg CO₂ per soft packaging / cycle in kg

Wrapping material

CO₂ Footprint in kg until payback day

CO₂ Footprint in kg in 10 years

Rigid container from KLS Martin

CO₂ Footprint in kg until payback day

CO₂ Footprint in kg in 10 years

The production of a container already causes 30 kg CO₂ footprint before use. This is taken into account in the calculation.

Total costs of ownership**

Wrapping material two step

TCO until investment payback day

TCO in 5 years

TCO in 10 years

Wrapping material single step

TCO until investment payback day

TCO in 5 years

TCO in 10 years

Rigid container from KLS Martin

TCO until investment payback day

TCO in 5 years

TCO in 10 years

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* Friedericy, H. J., van Egmond, C. W., Vogtländer, J. G., van der Eijk, A. C., & Jansen, F. W. (2021).Reducing the Environmental Impact of Sterilization Packaging for Surgical Instruments in the Operating Room: A Comparative Life Cycle Assessment of Disposable versus Reusable Systems. Sustainability (Switzerland), 14(1), [430]. https://doi.org/10.3390/su14010430

** Krohn et al., “Analysis of processes and costs of alternative packaging options of sterile goods in hospitals - a case study in two German hospitals”. Health Econ Rev.2019 Jan 17;9(1):1.

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