While pricing strategies can vary between irradiators and sterilizers, a key component of most pricing models is the amount of processing time required by a customer’s product. Since most products have sterilization “recipes” that are tailored to their individual characteristics and requirements, pricing typically isn’t as simple as standard price per weight or volume.
Book a call with an E-Beam expert today and get pricing details as quickly as 2 business days.
Accelerator-based sterilization (comprising E-Beam and X-ray systems) is a modern sterilization technology that has been and is currently driving nearly 100% of capacity growth in North America. E-Beam especially can be an extraordinarily cost-effective technology, but some relatively small factors in product packing, dimensions, and orientation can drive major differences in pricing.
At NextBeam, we prefer to work early on with customers to deliver the lowest possible pricing available. Why? It’s far more efficient for us to optimize customer processing to deliver improved throughput than to build additional facilities (which require 2-3 years and $20M+ per facility). To help educate our customers, below are some basic rules of thumb that can help them optimize for low pricing:
How much does E-Beam sterilization cost?
E-Beam does not have a universal price per pallet, pound, or cubic foot. Cost depends primarily on the processing time required for a specific product configuration, which is influenced by product dimensions, weight, areal density, packaging orientation, approved dose range, and how efficiently the product can be arranged on the carrier.
Generally speaking, we can provide an 80% confidence level price with a few basic quantities: overshipper dimensions, overshipper weight, and the approved dose range in (typically in units of kGy).
What types of products are expensive in E-Beam? Which are cheaper?
Generally, lower-density (eg ~0.2g/cm3) devices arranged in shipper box sizes that stack cleanly on a standard GMA pallet (48×40”) will do well in E-Beam. Products with more homogenous densities do well, as this promotes efficiency as well. That said, we regularly process heterogeneous density products with much higher densities in E-Beam – they’re just not as optimal as low-density products.
What is areal density?
Areal density is a key concept in E-Beam processing. E-Beam isn’t sensitive to density; rather, it is sensitive to how much mass the electrons will be required to pass through. A deep, low-density box could be equivalent to a shallow, high-density box from an areal density perspective.
How would I optimize for the lowest dollar-per-pound ($/lb) cost?
Best results for E-Beam in bulk product would result from a constant-density box that fills a carrier. As most carriers (including those at NextBeam) are designed to have matching dimensions to a GMA pallet (eg 48”), the boxes should be able to be arranged in a 4’ wide configuration with a resulting areal density of ~8g/cm2. This would be processed double-sided and should deliver optimal beam absorption (e.g. minimal “wasted” electrons passing out the opposite side).
How can I optimize my specific boxed product for E-Beam?
Talking to an irradiator early can help. Most medical device or lab supply products at the unit level will work fine in E-Beam in their existing packaging. However, most of these products are packaged in a larger “overshipper” box that may hold any number of units (2-48, for example). These overshippers are often not designed with E-Beam in mind, and small differences to orientation can make E-Beam far more efficient. For example, products stacked in a cube configuration (i.e. 2x2x2) can work very poorly in E-Beam, while the same product stacked in more of a “pizza box” configuration (i.e. 4x2x1) can work very well. At NextBeam we can feasibility test and recommend configurations to optimize processing – delivering lowest possible cost per unit.
Why isn’t E-Beam priced like Gamma or EO - per tote or per pallet?
The singular characteristic of E-Beam that is most frustrating to prospective customers is that pricing relies on lab-based validation, and as such isn’t cleanly priced into an assumed cost per pallet or per cubic foot as EO and Gamma tend to be. The reason for this is that the specific processing parameters for each product can differ significantly, and relatively small differences (a larger dimension that causes a carrier to be limited to 2 overshippers instead of 3, for example) can significantly alter economics for customers.
At NextBeam we help customers work through this as best we can with very rapid analysis of products and feasibility testing to deliver pricing information ASAP.
Get a Preliminary E-Beam Pricing Estimate
A custom analysis can pinpoint where your network adds time, cost, or risk, and flag products worth a closer look — whether that means E-Beam feasibility testing, dose mapping, material compatibility review, or a broader network discussion.
The goal is to show where to look first, then help quality, regulatory, operations, and leadership decide whether a more efficient path is worth pursuing.
E-Beam cost is driven by how efficiently a product can be processed, not by a simple universal price per pound or pallet. In many cases, relatively small packaging changes can materially improve throughput and lower cost.
If you are evaluating E-Beam, the fastest way to get meaningful pricing is to share your overshipper dimensions, weight, and approved dose range so the product can be assessed in its actual configuration.
Book a call with an E-Beam expert today and get pricing details as quickly as 2 business days.
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