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Laboratory Heating Equipments
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
  • High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace
High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace

High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace

$600.00-$4000.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
Sample testing（Min.Order: 1 pieces）
View product details

High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Programmable Temperature Control: Achieves precise PID auto control up to 1700°C, enabling customizable temperature profiles for material processing, sintering, or heat treatment.
  • Vacuum Tube Design: Maintains a controlled atmosphere via vacuum-sealed environment, ideal for sensitive applications requiring oxygen-free or low-pressure conditions.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

    • With a corrosion-resistant stainless steel body, ensure durability and temperature stability in harsh environments. The light-colored exterior further enhances heat reflection, optimizing energy efficiency.

  • 2. Advanced Digital PID Auto-Control Interface

    • With a digital PID auto-control interface, program precise temperature profiles effortlessly for consistent results. The intuitive button-and-knob design simplifies operation compared to manual controls in traditional models*.

  • 3. Industry-Leading 1700°C Maximum Temperature

    • Reach up to 1700°C with precise PID control, enabling high-temperature applications ~30% faster than standard models*. Ideal for demanding lab experiments or industrial processes requiring extreme heat.

  • 4. Vacuum-Sealed Design for Controlled Atmospheres

    • Engineered with vacuum-sealed ports and pressure monitoring, maintain a controlled atmosphere for sensitive material processing in research or production settings. Perfect for applications like ceramic sintering or metallurgy.

  • 5. Comprehensive Safety Monitoring Systems

    • Equipped with real-time pressure gauges and safety indicators, ensure compliance with industrial safety protocols. The robust design prioritizes operator safety during continuous high-temperature operations.

Product details

High Quality Low Cost Programmable High Temperature 1700c Vacuum Tube Furnace

The High Quality Low Cost Programmable High Temperature 1700°C Vacuum Tube Furnace is designed for precise thermal processing in laboratory and industrial settings. Built with corrosion-resistant stainless steel and featuring PID auto temperature control, it ensures stable operation up to 1700°C. The vacuum tube design and programmable digital interface enable controlled atmosphere processing and customizable temperature profiles, ideal for material synthesis, sintering, and R&D applications.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless steel bodyHigh-temperature resistance and durability
Temperature Range20°C to 1700°C (PID auto control)Precision heating for sensitive experiments
Control SystemDigital programmable interfaceCustomizable temperature profiles
Safety FeaturesPressure gauge + safety indicatorReal-time monitoring and alerts
DesignLight-colored exteriorHeat reflection for consistent temperature
ChamberVacuum tube configurationControlled atmosphere for contamination-free processing

Customization guide

Adjustable parameters include:

  • Temperature range (customizable for specific process requirements)
  • Chamber dimensions (to accommodate sample sizes)
  • Control settings (pre-set programs for repeatable experiments)

Get inspired

With its vacuum tube design and PID auto control, this furnace enables researchers and manufacturers to achieve uniform heating in inert or vacuum environments. Ideal for producing high-purity materials, analyzing thermal behavior, or scaling production processes without compromising precision.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1700°C1700°C1700°C
Temperature Uniformity±5°C±3°C±1.5°C*
Control SystemBasic PIDPID + Wi-Fi monitoringPID + IoT integration
Safety FeaturesManual overrideAuto-shutoff + alarmsMulti-layer redundancy

Supplier's note

  1. Technical Breakthroughs:

    • PID Auto Control: Achieves ±1.5°C uniformity in the Pro model, 30% better than industry standards, enabling ultra-precise material synthesis.
    • Vacuum Tube Design: Eliminates oxidation risks, critical for producing high-purity semiconductors or ceramics.
    • Multi-Layer Safety: The Pro model’s redundancy system prevents overheating even during power fluctuations.

  2. Version Selection Guide:

    • Base Model: Suitable for basic labs needing cost-effective heating (e.g., simple sintering).
    • Advanced Model: Ideal for R&D teams requiring remote monitoring and mid-tier precision (e.g., material phase-change studies).
    • Pro Model: Best for high-stakes applications like aerospace alloy development, where extreme uniformity and safety are non-negotiable.

*Pro Model’s uniformity exceeds industry benchmarks by 20%.

Frequently asked questions

  • Which programmable high-temperature furnace is best suited for small laboratory spaces?

  • How do I maintain the vacuum tube furnace for long-term durability?

  • What materials are used in the furnace chamber to withstand 1700°C temperatures?

  • Can this vacuum tube furnace handle custom temperature profiles for R&D applications?

  • Is the furnace certified for industrial and laboratory safety standards?

  • How does the PID auto control improve performance compared to manual systems?

  • Are there customization options for vacuum or atmosphere control?

  • What warranty and support come with the programmable high-temperature furnace?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeHigh-temperature material processing- Industry Standard: Up to 1500°C
- Our Base: 1600°C (ISO 9001)
- Our Advanced: 1700°C▲▲ (ASTM C1036)		Advanced model handles extreme temps for ceramics/sintering
Base meets most lab needs		Advanced version costly; Industry standard insufficient for advanced R&D
Control SystemPrecision heating cycles- Industry Standard: Manual controls
- Our Base: PID auto control (±3°C)
- Our Advanced: PID ±1°C▲ (IEC 60730)		Advanced ensures reproducible results
Base reduces operator error		Industry standard requires manual oversight; Advanced requires training
Material ConstructionCorrosive/High-stress environments- Industry Standard: Mild steel
- Our Base: 304 Stainless Steel▲
- Our Advanced: 310S Stainless Steel▲▲ (ASTM A240)		Advanced resists oxidation at 1700°C
Base prevents rust		Base may degrade in extreme acids; Industry standard rust-prone
Safety FeaturesIndustrial/Research safety compliance- Industry Standard: Basic alarms
- Our Base: Pressure gauge + alarms▲
- Our Advanced: Real-time thermal monitoring▲▲		Advanced minimizes accidents via predictive alerts
Base meets OSHA standards		Industry standard lacks pressure monitoring; Advanced adds cost
Energy EfficiencyCost-sensitive operations- Industry Standard: 60% efficiency
- Our Base: 75%▲ (ISO 50001)
- Our Advanced: 82%▲▲ (custom insulation)		Advanced cuts energy bills by 20%
Base reduces downtime		Industry standard wastes energy; Advanced requires premium insulation materials
Customization OptionsSpecialty applications (e.g., aerospace)- Industry Standard: Limited presets
- Our Base: 10+ temp profiles▲
- Our Advanced: Full programmability▲▲ (API integration)		Advanced suits R&D for custom processes
Base handles standard protocols		Industry standard inflexible; Advanced requires IT support

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