Make Higher-Quality Products for Less: How SciPhy Systems Processing Equipment Market-Proofs Your Lab

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How to Market-Proof Your Lab

In the cannabis industry the processing segment promises lucrative returns to savvy operators, but whether scaling an existing business or starting up a new operation, profitability comes down to costs and methods. Many processors jump right in without considering how to make their lab lucrative for the long run. One thing is true in every cannabis market – over time, prices will fall, and profit margins will shrink. SciPhy Systems has spent the last decade innovating and implementing processing technology to help minimize production costs and improve workflow for labs seeking to win in their market. It is our mission to ensure that processors don’t repeat the mistakes that have shut thousands of labs down in the past.

Problem One: High Costs of Manufacturing

Falling, unpredictable markets will always be an issue for processors to deal with. When the price starts to fall, what factors can sink a lab? High operating costs – high production costs, high labor costs, high energy and consumable costs. But that’s not all: product loss between steps, variable incoming biomass, maintaining consistency of products, changing product needs from the market, and soon-to-come federal GMP regulations

Certain core costs like power, labor, and equipment tend to go in only one direction over time: up. While the highest single cost in processing cannabis, the price of biomass, tends to go down as markets mature, prices also compress simultaneously. Labs can only control costs by increasing efficiencies and scale while reducing loss and waste.

Problem Two: Manufacturing Consistency

Repeatable, consistent formulations form the bedrock of Good Manufacturing Practices. Making a high-quality batch once is easy, but biomass feedstocks have wide variability, making end-product uniformity quite challenging. Operators must develop and implement Standard Operating Procedures using reliable and adaptable equipment to assure repeatability, consistency, homogeneity, while maintaining predictable throughput and operating expenses. Compliance, consistency, quality, and cost define the products customers love.

The Solution: The Market-Proof Lab

So, how does a processor become market-proof? We consider market-proofing to include a combination of making higher-quality products, making them at lower cost, repeating them well batch after batch, scaling them efficiently, and adapting when the most profitable product changes.

It boils down to three core elements:

Purity/Quality

Scalability/Repeatability

Low Production Cost

Now let’s look at how SciPhy Systems Equipment helps processors achieve these three elements to make their lab market-proof.

Extraction and Controlling Costs From the Beginning

Processors know that, at scale, BHO has the widest array of end products available and the highest profit margins, however BHO Extractors also all face the same problems on the way to success. BHO labs operating on outdated equipment are labor-intensive, don’t have enough capacity, eat up huge energy bills, include intensive thermal utilities, and require complex solvent handling. The result of letting these issues slide? A never-ending creep in price per unit manufactured.

Luckily, we have a single answer to all of these problems in the form of the biggest, easiest-to-use, most efficient BHO extractor on the market, as well as the smallest BHO extractor on the market, and a game-changing thermal utility that removes the need for chillers. (Note from SciPhy: not using butane or not interested in extraction? Skip down for ethanol post-processing products and other equipment)

The HVH-50 High Volume Hydrocarbon Extractor: Commercial-scale extraction designed around throughput, repeatability, and low production cost

How the HVH-50 Market-Proofs Your Lab:

High Throughput, Low Labor: The HVH-50 achieves 50 pounds per 45-minute run and only needs 1-2 operators to function. This high-throughput, low-labor combination results in huge reductions in manufacturing costs.

Easier Workflow, Less Solvent Waste, No Chillers Needed: With hydraulic column packers, integrated biomass solvent recovery, two tanks that move from extraction to recovery, and our patented direct thermal utility Symphase®, which completely removes the need for chillers or process heaters, the solvent waste and energy use of the HVH-50 is a small fraction of competing systems.

Repeatability, Quality, and Product Variety: This system allows a highly repeatable process, guaranteeing that batches remain consistent. But also, changing recipes for different biomass, quality targets, and changing end products is as easy as changing settings on the HPLC, and then managing media usage (or just using our Hydrocarbon Membrane System to remove the need for media altogether, more on that later). This combination of easy repeatability and product diversity is a fast track to staying ahead of the market in price and product quality, as well as variety.

Too many processors try to recover their margins downstream after they extract, but the best way to reduce costs is to start right and save margins on extraction itself with the HVH-50 High Volume Hydrocarbon Extractor

The HVH-50 demo facility near Portland, Oregon features a fully operational commercial production environment available for virtual or in-person demonstrations.

Now let’s quickly look at the game-changing tech inside HVH-50 that reduces costs by removing the need for chillers: Symphase

Symphase Thermal Utility System: A Patented Direct Cooling and Heating Approach That Eliminates the Need for Chillers

How Symphase Market-Proofs Your Lab:

No Need for Chillers: Symphase uses in-process heat and direct refrigeration to eliminate the need for expensive, space-hogging, energy-intensive chiller and heater units. Rather than paying for electricity to pull heat out of the system to chill it, and then more power to heat it for distillation, Symphase pulls heat from the bulk solvent to drop its temperature while pumping that heat directly into solvent recovery, closing the thermal loop. This slashes energy consumption and installed power requirements to a fraction of competing systems, saving thousands of dollars a month in electrical bills.

We’ve explored the largest, most efficient extractor on the market, as well as the technology behind it; now let’s look at the smallest: the RH-1

The RH-1 Research Hydrocarbon Extractor: A Benchtop BHO Extractor With All the Features of a Large Extractor

How the RH-1 Market-Proofs Your Lab:

No C1D1 Required: The RH-1 is a 1 pound or 2 pounds per run mini BHO extractor that is so small it doesn’t require a C1D1 container. A commercial fume hood goes over the machine instead. C1D1 is expensive, so this saves big and expands the type of properties where extractors can operate.

Test Batches Before Running Production: For larger operations, the RH-1 is meant to allow extractors to test incoming lots and biomass, media formulations, and recipes at a small scale before committing to large runs. This means not committing expensive labor and production to bad batches, before they start, and avoiding biomass purchases that won’t be profitable.

Run a Micro-Commercial Scale Lab: The RH-1 can even be used as an intermediary step to start extracting without needing a C1D1 container or big overhead costs, useful for micro-tier growers or dispensaries looking to expand their product offerings.

The RH-1 brings down the cost of R&D or allows extremely fast deployment of a small commercial-scale operation.

Membrane Processing and Better Separations With Less Waste

Extraction was the first market-proofing area of your lab build-out. But the savings and optimizations don’t stop there. Processors often have bloated post-processing workflows and high costs for separating solvent, removing waxes, improving color, and making final products. Costs come from the need for phase changes, cold temps, disposable media, redundant filtration steps, and too many material transfers.

SciPhy Systems has the Market-proof approach: Organic Solvent Nanofiltration (OSN) Membranes (that function on size exclusion, rather than temperature changes). One of the biggest advantages is that membrane savings compound as throughput rises. Small amounts of wasted media, electricity, or labor may look manageable at low volume, but as you grow and market prices continue to fall, those recurring costs can make or break your business.

We have a Membrane System for BHO Post-Processing, the HMS, and for Ethanol Post-Processing, the X-Spiral. Both provide substantial savings in variable costs.

The HMS Hydrocarbon Membrane System: Lose the granular media, not the terps

How the HMS Market-Proofs Your Lab:

Reduces or Eliminates CRC Media: The HMS uses separation to achieve dewaxing and color remediation, reducing the need for costly granular media by 80%+, and saving a ton of labor since no media loading is needed. Membrane filters are changed annually rather than every run.

Preserves Valuable Compounds: The HMS avoids overwashing, which destroys flavors. It also preserves terpenes that are hurt by intensive temperature changes and pH swings. The flavor and fragrance of HMS treated oil stands out on shelves filled with over-scrubbed BHO.

Integrates With Your Extractor: The HMS can be added to any BHO extractor, immediately providing a huge drop in media costs and utility costs. It’s also integrated directly on our HVH-50 Extractor.

The HMS provides huge improvements to production costs, improves the quality of the oil, and allows for more scalable, agile hydrocarbon post-processing.

The X-Spiral Membrane System: High-efficiency dewaxing, color remediation, and solvent recovery

How the X-Spiral Market Proofs Your Lab

Recover Solvent Without Wasting it: The X-Spiral uses OSN membranes to pull solvent out of extract tincture, handling 90%+ of solvent recovery without distillation.

Dewaxing Above Freezing: Remove fats and waxes from your oil in solution at or above 0°C with instant results, eliminating long waits on ultra-low freezers and manual filtration.

Reducing Heating and Cooling: Without the need for intensive phase change in solvent recovery OR winterization, the X-Spiral doesn’t need to rely on boilers, subzero chillers, and other thermal utilities, a huge energy cost savings with less labor, maintenance, and a smaller footprint.

The X-Spiral can perform Solvent Recovery, Dewaxing, and Color Remediation all in one system, and slashes energy costs by 85%+, doesn’t harm the product with extreme temperatures, and reduces operator labor and runtime.

Now that we’re done extracting and post-processing, do the savings stop? Not at all, now let’s look at finishing and product inventory savings to help market-proof your lab

Finishing and Moving Product Into Inventory

Processing costs don’t stop when extraction and solvent recovery are done. Finished concentrates can spend hours or days being purged, whipped, homogenized, filtered, and prepped for sale.

The Spin Tech Centrifuge: Purge, Degas, Whip, Homogenize, and More on One Platform

Replace Your Vac Oven Wall With One Simple Machine: Spin Tech increases purging capacity while reducing dependence on vacuum ovens, pumps, and traps. Purging residual solvent down to compliant levels in minutes or hours, rather than shifts or days, with the STP-1500 or STP-3000 models.

Reduce Whipping Costs: Spin Tech can create a smooth, uniform product in minutes, allowing one operator to bring badder to the desired consistency with a controlled mechanical process while retaining valuable terpenes. No separate whipping necessary.

Purge HTE Without Added Heat: High-volume HTE can be purged far faster than traditional oven workflows, while operation without added heat helps limit terpene loss during finishing.

Multi-Use Functionality: Spin Tech supports degassing, filtration, homogenization, whipping, HTE processing, and infusion. Its push-of-a-button operation and high level of consistency give processors multiple post-processing functions in one system.

Spin Tech combines faster finishing, repeatable processing, and multiple functions in one machine, helping processors increase throughput while reducing labor, equipment footprint, and dependence on vacuum ovens.

Analytics and Measuring the Input, Process, and Output

Repeatable manufacturing depends on knowing what material entered the process, what happened during production, and whether the output hit the target.

That means bringing more analytical capability into the facility. In fact, we see a huge wave of in-house testing quickly becoming the standard

The Valenveras Portable Testing Lab: On-Site Analytical Data for Faster Manufacturing Decisions

How Valenveras Market-Proofs Your Lab:

Characterize Incoming Material: Rapid in-house testing can provide information on cannabinoids, terpenes, water activity, and other quality parameters before production begins. This lets you make decisions to avoid crop loss or poor product quality.

Speed Up R&D: Operators can compare feedstocks, recipes, and process changes without waiting on an outside lab for every developmental decision. This is a time and money saver.

Improve Internal QC: More frequent measurements make variation easier to identify before it becomes a large production problem, allowing for more consistent quality.

Create Better Process Data: Internal testing gives operators another reference point for production decisions while required compliance testing remains with licensed laboratories. Adjusting processes based on both biomass data and initial oil data can improve both yield and quality of the output product.

The Extraction Tracker: In-Process THCA and Pigment Measurement

How Extraction Tracker Market-Proofs Your Lab:

See Extraction in Real Time: The optical sensor monitors cannabinoid concentration and pigment behavior during extraction.

Identify Endpoints: Operators can use process data to determine when additional solvent and extraction time are producing diminishing returns. Less solvent run means shorter run times, and more runs per shift.

Reduce Solvent and Time: Ending extraction based on what is actually happening can reduce unnecessary processing and increase product quality.

Compare Lots and Recipes: Biomass variation and process changes become visible in the data. Compare types of media and membrane operating parameters based on what the actual pigment is and how dark over time. Reduce media use to what is actually needed, cutting waste and saving cost.

Improve Repeatability: Extraction recipes can be refined around measured results rather than operator intuition alone. Enable extractors to produce consistent optimal results, no matter who is on-shift. Track every batch with recorded data to detect deviations when they happen, and optimize process shift on shift, perfect for GMP operations.

Valenveras and Extraction Tracker address different parts of the same manufacturing question. Valenveras helps characterize what enters and exits the process. Extraction Tracker adds visibility while the process is underway.

Both help Market Proof your lab by giving your operators the insights they need to make better decisions and avoid loss while improving product quality.

The Final Piece: Facility Design

The equipment we covered helps processors market-proof their lab by achieving quality, repeatability, and low production costs. But that equipment will provide diminishing returns without a well-designed lab. Capacity of all systems need to match, material should move smoothly through the facility with as few transfer points as possible, operators need great workflows and maintenance schedules, and SOPs need to be established and easily executable.

For a lab starting up or scaling up today – GMP readiness is a critical component that bears consideration. As federal legalization plans continue to show, there will come a time in the future when cannabis processors are beholden to the same FDA requirements as other producers of ingestible products. This means that building a GMP-ready lab now could make or break your business in the coming years.

SciPhy Systems has extensive experience designing, building, and optimizing processing facilities. Our consulting team works with operators at any stage and any level, from those just planning a single facility, to multi-state MSOs. Whether it’s facility layout, workflow, utility planning, safety, SOPs, or any other element of a lab buildout that can trip up a new or expanding lab, we’re ready to help.

The Market-Proof Lab

All of this brings us back to the three elements of a market-proof lab

Purity / Quality: Producing high-quality products consistently using controlled extraction, separation, finishing, and analytics.

Scalability / Repeatability: Building adaptable equipment, documented recipes, process data, and SOPs that allow quality to scale with production.

Low Production Cost: Reduce labor, energy, solvent, media, processing time, product loss, utility waste, and unnecessary handling wherever possible.

A market-proof lab brings all three together. It can make a high-quality product today, repeat it tomorrow, scale it next year, and adapt when the market demands something different. We hope this article has been a helpful look at some strategies and technologies to achieve this with your team.

SciPhy Systems designs equipment, processes, and facilities around that goal: helping processors build efficient, repeatable, GMP-ready operations that are Market Proof for the road ahead. Reach out now to find the right solutions for your business!

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