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Short Path Vacuum Distillation

1)Certification: CE, ISO, UL, SGS certification.
2)Supply Single stage, Dual stage, Three stage.
3)High vacuum degree: 0.1Pa.
4)Control system: ABB.
5)Material:316 stainless steel.
6)OEM & ODM support.
7)Warranty:1 Year.
8) convenient operation and save labor cost
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  • Product Description

Precision Short Path Vacuum Distillation Systems for High-Purity Separation

Achieve ultra-pure distillates with minimal thermal degradation. Our Short Path Vacuum Distillation systems combine advanced vacuum control, corrosion-resistant materials, and scalable designs to optimize chemical recovery, pharmaceutical-grade purification, and natural extract preservation. Trusted by Fortune 500 manufacturers and research labs, these systems deliver energy-efficient performance while meeting strict GMP, ISO, and ATEX standards.

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Why Choose Our Systems?

  • Preserve Heat-Sensitive Compounds: Operate at temperatures ≤150°C under high vacuum (0.001–200 mbar) to protect fragile molecules in APIs, terpenes, or specialty polymers.
  • Boost Output Purity: Achieve ≥99.5% purity with precision temperature (±1°C) and pressure control.
  • Cut Energy Costs: Integrated heat recovery reduces energy use by 30% vs. traditional distillation.
  • Scale Seamlessly: Modular configurations for lab trials (1L/hr) to industrial production (500L/hr).
  • Meet Global Standards: CE, ISO 9001, and cGMP-compliant designs with full audit documentation.

Industry-Specific Solutions

Pharmaceuticals & Biotech

Recover solvents, purify APIs, and ensure FDA 21 CFR Part 11 compliance with closed-loop automation and SIP/CIP compatibility.

Essential Oils & CBD

Preserve 98%+ volatile compounds using food-grade SS316L construction and rapid cold traps.

Chemical Processing

Separate heat-sensitive lubricants or resins with explosion-proof ATEX models and Hastelloy® reactors.

Waste Recycling

Reclaim 98% of solvents or hazardous oils using corrosion-resistant wiped-film evaporators.

Research Labs

Run multi-material experiments with Short Path Vacuum Distillation benchtop systems featuring plug-and-play controls.

Technical Excellence

  • Vacuum Range: 0.001–200 mbar
  • Temperature Control: Ambient–300°C (adjustable cooling jackets)
  • Materials: Borosilicate glass, SS316L, Hastelloy®
  • Certifications: CE, ISO 9001, UL, GMP-ready
  • Automation: ABB control panels with real-time data logging

What Sets Us Apart?

1. Patented Short-Path Design

Shorten vapor travel distance to reduce residence time by 50%, minimizing thermal stress.

2. Smart Monitoring

Track pressure, flow, and temperature via cloud-connected dashboards.

3. Rapid Maintenance

Quick-disassembly joints and O-ring-free seals cut downtime by 40%.

4. Global Support Network

24/7 remote troubleshooting and on-site operator training.

5. Certifications:

CE | ISO 9001 | FDA-compliant | ATEX

Client Success Stories

> “We reduced solvent waste by 40% while achieving FDA-compliant API purity.”

> – Pharmaceutical Manufacturer, Germany

> “Our CBD extracts retained 98% of terpenes thanks to precise temperature control.”

> – Natural Products Co., USA

Surface Finish & Vacuum Degree

Surface Finish & Vacuum Degree

Factory Strength

Factory Strength

Exhibition

Exhibition

Packaging & Transportation

Packaging & Transportation

Packaging & Transportation

FAQ

How do you prevent thermal degradation in heat-sensitive materials?

Our vacuum technology lowers boiling points, enabling gentle separation at reduced temperatures.

Can systems handle flammable solvents?

Yes—explosion-proof motors and ATEX-certified designs ensure safe operation.

What training is provided?

Free virtual training + optional on-site GMP workshops for your team.

How long does installation take?

Most systems ship within 4–6 weeks, with installation completed in 2–3 days.

Do you offer custom configurations?

Absolutely. Share your material specs, and we’ll engineer a tailored solution.

Contact Us

Ready to Optimize Your Short Path Vacuum Distillation Process?

Contact Us: info@welloneupe.com

Trusted By: Logos of leading chemical, pharma, and research organizations

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