Bioreactors are designed, or adapted, which help to support the growth of biological cells or microorganisms under conditions that may be tested. They have uses in many industries, including in the making of drugs and the brewing of beer and the producing of biofuels. But bioreactors are not all made equal, and the price point can be all over the place. For instance, a 50-liter small bioreactor could be significantly cheaper than a 3,000-liter large one. This can seem confusing. But why are they so cheap? Let’s explore some reasons.
Seeing the Cost Difference in Bioreactor Batch Size
Like when we’re peering at the bioreactors, it’s everything from like a teeny kitchen pot up to like a huge soup cauldron. The 50-liter one, smaller, is cheaper because it’s less complex. It’s less wasteful to make, and it’s simpler to produce. By contrast, the big 3,000-liter bioreactor is a monster of a machine. That’s because it takes more metal, more parts and more time to put together. KNIK knows that making one of these gargantuan units requires a certain amount of know-how and tools. And the bigger the bioreactor, the more difficult things becomes.
Feature of the Price Spread Between the Bioreactor Sizes
Big bioreactors are more expensive for a few reasons. First, there’s the material. These large scale bioreactors need more metal usually stainless steel, but other metals work too and metal is not cheap. Then, there’s the technology inside. They have mixing systems, heating and environmental control systems, the larger one especially have more sophisticated mixing systems. They could be equipped with specialized sensors or computer systems that younger children don’t need. KNIK is aware that stakes are higher with such capabilities. Also there is the issue of how do you transport a big bioreactor, and it can be expensive to bring it to a place safely.
Economic Aspects of Bioreactor Scale-Up
It’s also an economic story in terms of the price of bioreactors. When a product is made on a large scale say, thousands of small bioreactors it’s cheaper to produce each one. That’s because companies get better at making them and more skilled at using materials more efficiently. But big bioreactors, like the 3,000-liter ones, aren’t produced as much. Each one is a kind of custom project. “The larger ones that go in there get more planning, more special designs and that tends to elevate the price naturally,” KNIK said.
Why are bioreactor sizes so differently priced?
And what these size differences do goes far beyond the price tag. They change the operation of the bioreactor. A small bioreactor is also suitable for experimental or small production runs. It is pliable, relatively controllable. But if you need to make a lot, say for a large factory, you need a large bioreactor. KNIK knows that these larger units are capable of doing more work, but demand a lot more loving and attention. Then there is upkeep, which jacks up the price tag to keep them running smoothly.
Bioreactor Scale on the Cost
It matters in other respects, too. The larger the bioreactor, one would expect that the efficiency would then be higher for large jobs, however, in the present case, it can’t be just the size. Sometimes it’s about what you’re sprouting on the inside. There are a few cells or microorganisms that need special conditions that are easier to achieve in a larger space. KNIK has shown that scaling up can be less expensive. Even though the initial investment is quite high, the sheer volume of product that a large bioreactor can produce combined with the potential ROI is a good investment for a number of different businesses.
Summary
That is to say, the 50-liter bioreactor has its place, and so does the monstrous 3,000-liter bioreactor. They are tools for different jobs, and each has its own pluses and minuses. KNIK offers a broad range of product portfolio – from higher volume to lower volume across different kind of industries and no matter the scale, our large bioreactor enable innovation and growth.