MAKO 22-Liter Short Path Distillation System
High-Throughput Distillation Without the Cost or Complexity of Wiped Film
Short path distillation has long been viewed as a slow, technician-intensive process best suited for small batches or R&D work. As a result, many labs have defaulted to wiped film systems when production volume increases—often at the cost of footprint, capital expense, maintenance complexity, and operator training.
The MAKO 22-Liter Short Path Distillation System from XtractorDepot.com was engineered to challenge that assumption. Designed as an entry-level professional system with true production capability, MAKO bridges the gap between benchtop glassware and industrial distillation equipment—without sacrificing control, throughput, or workflow efficiency.
Why Traditional Short Path Systems Become Bottlenecks
Many short path systems in the same price range suffer from predictable limitations:
• Low throughput, often capped at 1–2 liters per hour
• Outdated SOPs that haven’t evolved since 2015–2016
• Poor guidance on fractioning, condenser control, and vacuum strategy
• Inconsistent results and steep learning curves
• Minimal post-sale technical support
These issues force operators to compensate with higher temperatures, longer runs, or unnecessary system complexity—none of which scale well in a production environment.
MAKO’s Design Philosophy: Throughput First, Complexity Last
The MAKO 22L was designed in-house with a clear objective:
maximize throughput while minimizing setup time, breakdown time, and operator friction.
The system is engineered to allow technicians to complete:
• A first pass
• Optional remediation
• A second pass
within a single 6–8 hour shift, rather than stretching distillation across multiple days.
This philosophy prioritizes:
• Speed without sacrificing control
• Simplified assembly with fewer failure points
• Repeatable SOPs that technicians can learn quickly
Engineering Decisions That Drive Performance
Wide-Bore Distillation Head
Through extensive R&D, Xtractor Depot identified a direct relationship between column diameter and throughput. MAKO’s distillation head was widened significantly compared to legacy designs, enabling:
• 4–6 liters per hour average throughput
• Minimal reflux
• Stable fractioning without aggressive heat input
This alone places MAKO well above most short path systems in its class.
Optimized Condenser for Modern SOPs
MAKO’s condenser geometry and fittings were specifically designed to support modern short path SOPs, including hot condenser techniques—without exposing operators to excessive temperatures or melted fittings.
A longer condenser allows:
• Lower operating temperatures
• Reduced risk to heater connections
• Greater consistency during body fraction collection
Vacuum-Optimized, Valve-Free Architecture
MAKO eliminates PTFE valves entirely. Valves deform under sustained heat and compromise vacuum stability, especially during high-throughput runs.
Instead, MAKO relies on:
• A swing arm design
• Minimal connection points
• Vacuum-jacketed insulation where it matters most
This results in:
• Easier leak diagnosis
• Faster pump-down
• More stable operating vacuum
Technical Capabilities at a Glance
Capacity & Batch Sizing
• Available in 12-liter and 22-liter configurations
• First pass: ~60% fill recommended
• Second pass: up to ~80% fill possible
• Optimized for runs under ~3 hours for peak efficiency
Vacuum Performance
• First pass: ≤50 microns recommended
• Second pass: ≤20 microns for maximum throughput
• Designed for deep vacuum without excessive heat
Heating & Cooling
• Custom GlassCole mantle with Xtractor Depot controller
• Integrated probe placement for precise control
• No chiller required
• Dry ice required for cold trap
• Secondary condenser operates near ambient temperature
Real-World Workflow Advantages
In practice, MAKO excels because it aligns with how labs actually operate:
• First passes can be run quickly and consecutively
• Second passes are slower, cleaner, and highly controlled
• Fractioning is intuitive, not guesswork
• Operators can complete full workflows in one shift
For experienced technicians, MAKO can even consolidate passes under the right upstream conditions.
Complementary Equipment: Where MAKO Fits Best
MAKO is intentionally not designed to integrate with pressurized stainless systems like TITAN. Instead, it pairs best with vacuum-based preprocessing equipment.
Ideal Upstream Companion: Rotary Evaporators
A high-quality rotary evaporator dramatically improves MAKO workflows by handling:
• Solvent recovery
• Devolatilization
• Decarboxylation
• Head fraction removal
Xtractor Depot recommends Across International rotary evaporators, which it proudly retails, due to their reliability, quality control, and service support.
MAKO vs Larger Distillation Systems
While many view short path as a stepping stone to wiped film, MAKO often replaces that need entirely.
Compared to wiped film systems, MAKO offers:
• Smaller footprint
• Lower capital cost
• Faster training
• Easier maintenance
• Greater mid-run control
In many cases, two MAKO systems outperform a single wiped film unit—at a fraction of the cost and complexity.
Safety & Reliability Built In
MAKO glassware is manufactured in-house by a scientific glassblower with over 25 years of experience in borosilicate and quartz fabrication.
Key safety considerations include:
• Thick, consistent welds
• Extensive use of O-ring joints to prevent seizing
• Reduced need for extreme condenser temperatures
• Fewer parts under stress during operation
For long-term durability, operators are encouraged to use a Beaker & Wrench discharge pump, which eliminates the need to move the swing arm and virtually removes the most common break point from the system.
Production-Focused by Design
MAKO thrives in production environments. While it can be used for R&D, its speed makes very small batches impractical. For labs focused on output, efficiency, and trainability, this is a strength—not a limitation.
Most technicians become fully competent after one or two runs, making MAKO ideal for real-world lab staffing realities.
Contact Our Team
If you’re evaluating short path distillation options, replacing a wiped film system, or looking to increase throughput without expanding your footprint, the team at XtractorDepot.com can help determine whether the MAKO 22-Liter Short Path Distillation System is the right fit for your lab.
Contact our team to discuss system sizing, replacement strategies, and workflow compatibility.
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