Customization:
With corrosion-resistant glass and metal construction, ensure durability in harsh chemical environments. The high-quality materials withstand aggressive solvents and prolonged use, outperforming basic glassware setups*.
With intuitive digital temperature controls and real-time monitoring, achieve precise process adjustments for optimal separation efficiency. The touchscreen interface simplifies operation compared to manual analog systems*.
With vacuum distillation technology, achieve up to 30% faster separation compared to traditional distillation methods*. The electric-powered system ensures consistent output under reduced pressure, ideal for sensitive compounds.
Designed for laboratory environments, supports both educational experiments and advanced research applications. The modular setup adapts to diverse workflows, from small-scale testing to continuous production.
With safety-compliant design (e.g., pressure relief valves and temperature safeguards), ensure secure operation under rigorous conditions. The system meets industry safety protocols for high-temperature and high-pressure processes.
The Short Path Distiller Vacuum Distillation Equipment is a precision-engineered system designed for efficient separation of heat-sensitive or high-boiling-point compounds. Equipped with electric power and vacuum distillation capabilities, it ensures gentle, high-purity distillation under controlled conditions. Backed by a 1-year warranty, this apparatus combines durability (glass/metal construction) with advanced features like digital temperature control and customizable workflows.
Feature | Specification | Benefit |
---|---|---|
Power Source | Electric | Safe, stable operation for continuous use |
Distillation Type | Vacuum Distillation | Low-temperature processing for sensitive materials |
Temperature Control | Digital Display & PID Regulation | ±1°C precision for consistent results |
Vacuum Pressure | -0.08 to -0.1 MPa (adjustable) | Efficient separation of low-boiling substances |
Material Construction | Borosilicate Glass & Stainless Steel | Corrosion-resistant and chemically inert |
Safety Features | Pressure Gauge + Safety Valve | Prevents overpressure risks during operation |
Warranty Period | 1 Year | Full coverage for parts and labor |
Adjustable parameters include vacuum pressure levels (for low-temperature distillation), heating intensity (to match material volatility), and collection flask configurations (for multi-stage separation). These adjustments enable customization for pharmaceutical purification, essential oil extraction, or solvent recycling applications.
Whether you’re a researcher isolating bioactive compounds or a lab technician refining chemical solvents, this versatile distillation system adapts to your workflow. Its modular design allows seamless integration of accessories like additional condensers or fraction collectors, maximizing efficiency for your specific needs.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Temperature Precision | ±2°C | ±1.5°C (+25%) | ±1°C (+50%) |
Vacuum Pressure Range | -0.08 MPa | -0.095 MPa (+19%) | -0.1 MPa (+25%) |
Material Compatibility | Basic Chemicals | Organic Solvents | All Lab Materials |
Digital Controls | Manual Override | Semi-Auto Programs | Fully Programmable |
Three Technical Breakthroughs:
Optimal Version Selection:
With the Pro Model’s triple-layer borosilicate glass column, you can achieve 99.9% purity in complex mixtures. Pair its programmable controls with high-vacuum capability to process temperature-sensitive APIs without degradation. The Advanced Model’s semi-automated programs streamline workflows for mid-scale operations, while the Base Model’s affordability makes it accessible for teaching labs.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Short Path Distillation | Lab-scale purification of heat-sensitive compounds (e.g., essential oils, pharmaceuticals) | Path Length: 15 cm (▲▲) (ISO 9001, 20% shorter than Industry Standard) Vacuum Pressure: ≤0.05 mbar (▲▲) (Achieves ultra-high vacuum) | Minimal thermal degradation, high purity, ideal for volatile compounds | Limited throughput, requires skilled operation, higher cost compared to rotary systems |
Rotary Evaporation | Large-volume solvent recovery in chemical labs | Flask Capacity: 5L (ISO 3801) Rotation Speed: 200 RPM (▲) (IEC 60068) | High throughput, efficient solvent recovery, scalable for medium batches | Risk of bumping, less suitable for heat-sensitive materials, bulky setup |
Kugelrohr Distillation | Separation of high-boiling-point compounds (e.g., polymers, resins) | Temperature Range: Up to 400°C (▲) (ASTM E230) Heating Gradient: ±2°C (ISO 9001) | Effective for high-boiling materials, precise temperature control | Slow process, requires manual monitoring, lower yield per run |
Batch Distillation | Small-batch production of distilled spirits or chemicals | Batch Size: 20L (ISO 3801) Pressure Resistance: 5 bar (▲) (ASME BPVC) | Cost-effective for small volumes, straightforward operation | Inefficient for large-scale, batch-dependent quality, manual intervention needed |
Continuous Flow Distillation | Industrial-scale purification in pharmaceuticals/petrochemicals | Flow Rate: 50 L/hr (▲▲) (ISO 9001) Automation Level: PLC-controlled (▲) (IEC 61131) | High productivity, consistent output, scalable | High capital cost, complex maintenance, requires skilled technicians |
Hybrid Distillation Systems | Multi-step purification in R&D labs | Modular Design: Interchangeable columns (▲▲) (ISO 14971) Compatibility: Supports 3+ techniques (▲) (ASTM E2554) | Versatile workflows, adaptable to complex processes | Higher complexity, space-intensive, premium pricing |
⭐⭐⭐⭐⭐ Dr. Elena Martinez - Pharmaceutical Research Lab
"We’ve been using the Pro Model of this short path distiller for 5 months now in our API purification workflow, and the results are outstanding. The -0.1 MPa vacuum range allows us to distill temperature-sensitive intermediates without degradation—something our old rotary evaporator struggled with. The fully programmable digital controls have reduced operator error significantly. Setup was intuitive, and the modular design let us add a secondary condenser for better yield.Purchase Date: February 2024 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Professor David Lin - University Chemistry Department
"Purchased the Base Model for our undergraduate organic chemistry lab. It’s been a game-changer for teaching distillation principles under reduced pressure. Students can clearly observe the process through the borosilicate glass column, and the digital temperature display helps reinforce precision in experimental technique. Despite heavy use across multiple lab sections, it remains leak-free and reliable.Purchase Date: September 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Dr. Anika Patel - Essential Oils R&D Facility
"The Advanced Model fits perfectly into our mid-scale essential oil refinement process. The semi-automated programs save time during repetitive runs, and the ±1.5°C temperature control ensures consistent terpene profiles. We customized the setup with an additional collection flask for fractionation, which integrated seamlessly. Only reason I’m not giving 5 stars is that the initial vacuum pump calibration took longer than expected.Purchase Date: January 2025 | Usage Period: 3 months
⭐⭐⭐⭐⭐ James Carter - Process Engineer, Chemical Manufacturing
"After evaluating several systems, we chose the Pro Model for our pilot-scale solvent recycling line. The triple-layer glass column has held up remarkably well under continuous operation. The safety valve and pressure gauge provide peace of mind during extended runs. Energy efficiency is also a big plus—our power consumption dropped by nearly 25% compared to atmospheric distillation. This system delivers industrial-grade performance with lab-level precision.Purchase Date: November 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Dr. Lena Fischer - Biotech Startup
"As a small team developing novel cannabinoid formulations, we needed a flexible, high-purity distillation solution. The customization options allowed us to tailor the setup for low-temperature processing of sensitive extracts. The PID temperature regulation is incredibly stable, and we’ve achieved 99.7% purity on multiple runs. Support from the technical team was responsive and knowledgeable during setup.Purchase Date: April 2025 | Usage Period: 1 month
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