The Dengsheng Instrument drying oven boasts a wide operating temperature range, from 250℃ to 600℃, flexibly adapting to the demanding industrial and scientific research processes, from basic baking to high-temperature annealing. The equipment utilizes precision electric heating tubes to generate a highly stable and uniform heat source, which is then driven by a high-efficiency centrifugal fan to create a controlled and continuous turbulent airflow within the chamber. This dynamic circulation ensures extremely uniform heat distribution, enabling precise and repeatable control over material heating, dehydration, curing, and heat treatment processes. Its applications have penetrated numerous fields, including the synthesis and testing of new materials, the preparation of biological agents and pharmaceutical research and development, precision chemical synthesis, dust-free baking of electronic components, and the safety analysis of food components. To handle materials extremely sensitive to oxidation, the drying oven can be integrated with a professional nitrogen purging system. This system continuously injects high-purity nitrogen to effectively replace and remove reactive gases (such as oxygen) within the chamber, creating a low-oxygen, high-cleanliness, and highly uniform temperature inert atmosphere. This innovative configuration greatly suppresses adverse reactions such as oxidation, hydrolysis, denaturation, or degradation that may occur in materials during heating, providing crucial protection for processing high-end metal powders, specialty polymers, precision electronic pastes, and humidity-sensitive biological samples, significantly improving the quality of the final product and the reliability of the process; this drying oven is not only a basic heating device, but also an indispensable core technology platform supporting cutting-edge technological innovation and high-end manufacturing processes.
Shanghai Dengsheng Instrument Manufacturing Co., Ltd. is a high-tech enterprise integrating R&D, production, sales, and service. We specialize in the manufacture of high-end laboratory equipment, including ovens, incubators, industrial furnaces, and environmental test chambers. High Temperature Drying Oven Factory.
We boast an 8,000-square-meter modern production facility, a dedicated R&D team, 23 national patents, and ISO-9001 quality management system certification. High Temperature Drying Oven Suppliers. Our solutions are widely used in cutting-edge fields such as aerospace, semiconductors, biomedicine, automotive, and new materials. We have established in-depth partnerships with top universities and industry leaders, and our products are exported to many countries and regions around the world.
Adhering to the principles of "Integrity, Innovation, and Win-Win," we are committed to becoming your trusted partner with reliable quality and dedicated service.
We welcome inquiries and cooperation from both new and existing customers, providing professional equipment solutions.
2026/10/13
2026/10/08
2026/09/28
2026/09/21
Shanghai Dengsheng Instrument Manufacturing Co., Ltd. builds the Drying Oven Series manufacturer range at our own production base in China — electric-heated forced-air ovens, nitrogen-filled ovens, far-infrared ovens, Class 100 clean ovens and anoxic models. Sheet metal forming, welding, painting and electrical assembly are carried out in-house, so chamber geometry, airflow design and control behaviour stay under one roof instead of being split across subcontractors.
The range serves procurement and project teams who need repeatable heating, dehydration, curing, annealing and heat-treatment cycles rather than a general-purpose warm chamber. Setpoints run from 200 °C forced-air models through 300 °C nitrogen-filled units, with high-temperature configurations extending to 600 °C for annealing and advanced material work.
Seven core models cover the majority of laboratory and production drying duties. Each one uses the same forced-convection principle — precision resistance or far-infrared elements generating heat, and a turbine fan driving a controlled turbulent airflow across the load — but they differ in atmosphere, construction grade and temperature ceiling.
| Model | Heat source and atmosphere | Nominal working temperature | Process fit |
|---|---|---|---|
| Forced Air Drying Oven (250 °C) | Electric heating tubes, forced air circulation | 250 °C | General baking, curing, dehydration, electronic component drying |
| 300 °C nitrogen-filled drying oven | Electric heating, nitrogen purge/fill, forced circulation | 300 °C | Oxidation-sensitive metal powders, specialty polymers, electronic pastes |
| far-infrared drying oven | Far-infrared heating tubes, adjustable internal layout | Model dependent | Fast, energy-saving drying of powders and low-density materials |
| 200 °C high-reliability high-precision drying oven | Electric heating, forced circulation | 200 °C | Routine laboratory drying where repeated cycles matter |
| Easy-to-move quiet-operation high-temperature drying oven | Electric heating, silent universal wheels on large models | High-temperature class | Multi-station laboratories and workshops needing repositionable ovens |
| 250 °C Class 100 clean drying oven | Electric heating, clean-class internal construction | 250 °C | Semiconductor, PCB and precision-component dust-free baking |
| Corrosion-resistance Class 100 anoxic drying oven | Electric heating, low-oxygen atmosphere, corrosion-resistant liner | Process dependent | Oxidation-prone or chemically aggressive loads |
The oven family is used where heat must be applied evenly and the outcome must be repeatable batch after batch. Our equipment supports electronics and semiconductor production, pharmaceutical and biomedical processing, aerospace composites, automotive and marine components, petrochemical analysis, new material synthesis and food-component testing.
Thermal performance starts with the structure. The interior is thickened stainless steel with a smooth, cleanable surface; the far-infrared model uses a SUS304 mirror liner with radiused corners and removable partitions. Between the working chamber and the shell we fit 75 mm of high-purity alumina ceramic fibre, which limits shell heat loss and holds the working volume stable.
Every oven runs on a microcomputer PID temperature control system with dynamic parameter adjustment, presented on a colour LCD touchscreen that shows set temperature, operating temperature, constant-temperature time and fault messages on one screen. Fixed-value and timing modes can be switched freely, with forward and countdown timing options for staged processes.
| Parameter | Options we configure | Input we need from the project |
|---|---|---|
| Working temperature | 200 °C / 250 °C / 300 °C classes, high-temperature build | Peak process temperature and normal dwell temperature |
| Atmosphere | Ambient air, nitrogen purge/fill, low-oxygen anoxic operation | Material sensitivity, permissible oxygen level, nitrogen supply |
| Chamber volume and loading | Standard and large-capacity chambers, adjustable shelf positions | Batch volume, container size, load mass per shelf |
| Shelving | Chrome-plated mesh as standard; stainless steel, alloy or Teflon alternatives | Chemistry of the load, cleaning regime, tray type |
| Movement and siting | Silent universal wheels on large-capacity models | Floor route, door width, final installation position |
| Power supply | Voltage and plug arrangement matched to the destination market | Site voltage, frequency, available circuit capacity |
Shanghai Dengsheng Instrument Manufacturing Co., Ltd. has held ISO 9001 quality management system certification since 2019 and applies it from design through to final inspection. Twenty-three national patents cover heating structures, energy-efficient construction and control features, and a seven-engineer R&D team works on thermal behaviour, fluid dynamics and control algorithms.
Inspection follows a four-stage protocol: incoming material check, in-process inspection, ageing test and final pre-shipment check. Precision instruments are used to verify key performance figures such as temperature uniformity and fluctuation rather than relying on visual assessment alone. Where a project needs documented acceptance, we agree the test points and the record format before production starts.
A configuration and quotation are prepared from the process, not from a catalogue page. The details below let our engineers match heating capacity, airflow architecture, atmosphere control and controls to the application.
For metal powders, specialty polymers, precision electronic pastes and humidity-sensitive biological samples, the nitrogen-filled configuration is the direct fit. High-purity nitrogen replaces reactive gas in the chamber, producing a low-oxygen, clean and uniformly heated inert atmosphere that limits oxidation, hydrolysis and denaturation during the heating cycle.
Heat is generated by precision resistance or far-infrared elements and distributed by a turbine fan through a ducted circulation path. Fresh-air intake and exhaust ports sized to the chamber volume remove water vapour continuously, and the 75 mm ceramic fibre insulation layer keeps the working volume from being disturbed by shell losses. Temperature uniformity and fluctuation are measured with precision instruments during the ageing and pre-shipment inspection stages.
Yes. As a manufacturer we build from customer drawings, samples or defined working conditions, covering chamber dimensions, temperature class, liner material, shelf construction, atmosphere control and power supply. Non-standard work is quoted against the process scope, and the delivery date is written into the contract.
A drying oven works at normal pressure using heating and forced air circulation, which suits most high-temperature-resistant samples. A vacuum chamber works under negative pressure, lowering the boiling point of liquids for rapid low-temperature drying of heat-sensitive or easily oxidised materials. We supply both families, so the choice follows the material rather than a product preference.
Standard models are normally arranged for shipment within 5–7 business days after payment is received; customised units follow the agreed schedule. Export orders include English technical documentation and power supply arrangements suited to the destination market. Support covers operation manuals, online training, lifetime telephone and remote technical guidance, a one-year machine warranty and extended coverage on core heating elements.
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