The HT benchtop ductless fume hood revolutionizes lab safety with advanced filtration and energy-efficient design, eliminating the need for external exhaust systems. Its negative pressure technology and activated carbon filters trap toxic fumes, recirculating clean air and reducing ventilation costs by up to 40%. Ideal for educational, clinical, and industrial labs, it features an ergonomic tilt design, UV sterilization, and real-time airflow monitoring via LCD displays. The corrosion-resistant stainless steel workspace and adjustable front door enhance usability, while optional HEPA filters ensure compliance with purification standards. The HT small ductless fume hood offers long-term savings, improved safety, and flexibility for sustainable, high-performance lab solutions.

Types of Ductless Filter Fume Hood

HT Ductless Filter Fume Hood

The HT Ductless Filter Fume Hood safely contains toxic fumes using activated carbon filtration, eliminating exhaust ducts while protecting users and cutting energy costs. Ideal for labs prioritizing safety, flexibility, and sustainability. 3-year warranty.

Benifits of Ductless Fume Hoods

Ductless biological containment hoods revolutionize lab safety by eliminating costly ductwork while protecting users from hazardous chemicals through advanced carbon/HEPA filtration. They solve key challenges: reducing installation costs by 50%, enabling flexible lab layouts, and cutting energy use by recirculating clean air. Ideal for education and clinical labs, these hoods combine portability with quiet operation and easy maintenance. By preventing toxic exposure and simplifying compliance, they deliver safer workspaces, lower operating costs, and sustainable performance—transforming lab efficiency without compromising protection.

What is the Life Expectancy of a Ductless Fume Extractor?

10–15 years with proper maintenance

Activated carbon: 6–24 months (depends on chemical load)

HEPA filters: 2–5 years

FAQs of Ductless Fume Hood

Should I measure the surface of the oven or the cavity for measurement, and which parameters should I report when purchasing?

Our product specifications are mainly based on the dimensions of the cavity (height, width, depth, and volume). Key parameters to report include the temperature range, temperature accuracy, required uniformity, and the material of the cavity (all of these can be found in each product's description).

What is the difference between Kenton and other lab eqipment brands?

At Kenton, we set out to redefine laboratory equipment by addressing the real challenges researchers face every day. We tested countless instruments from other brands, only to find persistent gaps such as inconsistent temperature control, unreliable contamination prevention, and complicated designs that disrupt workflows. Too often, labs must choose between precision, durability, and affordability, settling for equipment that falls short in critical moments. That’s why we engineered Kenton products differently, product that brings together all these essential elements.

Can I try it before buying?

We recommend providing us with your product's temperature requirements before trying it. We can then offer recommendations or tailor a solution based on your specific needs. High temperatures may cause discoloration on the cavity of the product, which can affect future sales, so we do not recommend testing if the temperature is too high.

What is the warranty period?

2 years.

What is the repair process in case of a malfunction?

We provide video repair procedures.

If you want to know more kinds of hepa filter cabinet, please visit our website.

As one of chemical laboratory equipment suppliers, we can provide kinds of biological safety cabinet for sale. If you are interested, please leave us a message.

Kenton DNP Lab Constant Temperature Incubator are recommended for modern mid-to-high-level laboratories, ideal for users requiring precise cultivation environments and temperature uniformity. Essential for microbial culture applications in healthcare, biotechnology, agricultural research, and scientific experiments, these bath incubators deliver reliable performance for demanding laboratory requirements. 2-year warranty and CE-certified.

Features of DNP Lab Constant Thermal Incubator

01.

Advanced Control Systems

Equipped with microcomputer PID technology featuring LCD display, timer, and over-temperature alarm. RS485 interface enables network control (excluded on "C" models with basic LED displays).

02.

Optimized Airflow Management

Branded circulating fans with adjustable speed (fixed on "C" models) and optimized duct design ensure ±0.5°C uniformity. Maintenance-free motors enhance reliability.

03.

Durable Chamber Design

Mirror-finished stainless steel cavity with rounded corners resists corrosion, while adjustable shelves accommodate varied samples.

04.

Efficient Heating Technology

Carbon fiber heating films with multi-zone preheating achieve rapid temperature stabilization (±0.3°C).

As a laboratory equipment company, we can provide kinds of constant temperature chamber for sale, anything you need, please contact us.

The scientific drying ovens manufactured by Kenton utilizes advanced preheating technology to create high-performance ovens that provide stable temperature environments at an affordable cost. Featuring a PID precise temperature control scheme, RS485 (232) computer connectivity, and USB storage capabilities, used across scientific research, biology, agriculture, healthcare, and industrial sectors.

Diverse Types of Drying in the Oven

GX Programmable Thermostatic Forced Convection Drying Oven

Ideal for drying, sterilization, heat treatment, and storage. SUS304 stainless steel cavity and multi-sided preheating enhance temperature uniformity, reduce energy consumption, making it reliable for labs and research purposes. 3-year warranty and CE-certified.

DHG Laboratory Drying Oven

Designed for users requiring precise temperature uniformity in their experiments. Essential tool for laboratory research, particularly suited for intermediate to advanced lab environments where accuracy and consistency are crucial for reliable results. 2-year warranty and CE-certified.

KH Hot Air Sterilization Drying Oven

Upgraded version of the 101 series, featuring heating tubes installed at the rear of the oven, offers uniform airflow, ensures a better temperature consistency throughout the oven. 2-year warranty

101 Electric Heating Drying Oven

Designed primarily for use in industrial enterprises, basic laboratories, and workshops for routine tasks. With heating elements at the bottom, these ovens are unsuitable for samples needing high temperature uniformity or containing significant moisture. 2 years warranty and CE-certified.

KH Large Industrial Hot Air Circulation Drying Oven

Features microcomputer PID temperature control to reduce temperature fluctuations, with a temperature limiter and over-temperature alarm for sample protection. 2-year warranty and CE-certified.

KYS Commercial Drying Oven

Features a digital PID temperature controller, aluminium casing with circulation fan, uniform heat distribution, and compliance with safety standards. It has a stainless steel cavity, ensuring durability and rapid heating. 2-year warranty and CE-certified.

KZ Lab Vacuum Drying Oven

Features an LCD smart controller, uniform temperature distribution with advanced preheating and heat transfer technologies, durable SUS304 stainless steel cavity, inert gas injection, and precise CNC vacuum control. 3-year warranty and CE-certified.

DZF Vacuum Gravity Convection Drying Oven

Stainless steel cavity or cold-rolled steel with rounded corners for easy cleaning. Features a pressure-resistant design, adjustable door seal, and a microcomputer-based PID controller with timer and alarm functions. 2-year warranty and CE-certified.

XCT 450/600℃ High Temperature Drying Oven

Features a digital PID controller (up to 600℃), thickened 304 stainless steel cavity, double-layer insulated door for energy efficiency, and high-temperature resistant heating elements for safety and durability. 2-year warranty and CE-certified.

Advantages of Kenton Drying Ovens

Kenton's drying ovens offer numerous advantages, including ALLHEAT™ warm-up technology for uniform temperature distribution and

energy efficiency. The ALLFLOW™ air current cycling ensures stable, continuous temperature and optimal airflow for sample drying or cultivation.

Integrated with a smart LCD touch screen, the oven features a PID controller for precise temperature  control. It also boasts

Pro-Insulation™ technology for reduced energy loss, ergonomic design for comfort, and safety features like over-temperature protection, making

it ideal for research and industrial use

How to Choose a Drying Oven?

Drying ovens play a vital role in laboratories, manufacturing, food processing, and quality control. They are used to remove moisture, sterilize equipment, cure coatings or adhesives, and test material performance under heat.

When choosing a lab drying equipment, the temperature range is the key factor. For low-temperature applications, such as drying biological samples, Kenton offers the 303 and DNP electric heating incubators, which provide 5°C to 65°C above room temperature. For more demanding processes like industrial drying or chemical treatments, models such as the 101, KH, and GX series deliver stable performance at temperatures up to 300°C.

What sets Kenton apart is its commitment to quality and reliability. Our drying ovens are engineered to maintain uniform, stable temperatures, ensuring accuracy, efficiency, and long-term durability—helping you achieve the best results in every application. Talk to our team to find the drying oven that fits your requirements.

Why is Drying Oven Essential for Modern Research?

Drying ovens are essential in modern research for their precise temperature control and uniform heat distribution, ensuring reliable results. With features like SUS304 stainless steel interiors, multi-sided preheating, and digital PID controllers, they provide energy efficiency and consistent performance. Models like the KH large offer over-temperature protection, while others feature uniform airflow for better temperature consistency. These ovens are crucial in various lab environments for drying, sterilization, and heat treatment. Their ability to maintain accurate conditions allows researchers to perform experiments with confidence, making them indispensable tools for material preparation, sample testing, and scientific innovation.

Operation Manual and Maintenance Guide of Drying Oven

Our comprehensive guide covers setup, usage, cleaning, and troubleshooting. For a detailed product operation manual, please visit our document download page. Follow these instructions to maintain safety and efficiency during drying and maintenance processes.

FAQs of Drying Oven

Can I test before purchasing?

Our factory has prototype machines available for demonstration, and you can schedule a visit to test them. If you're located further away, we can also send samples to you for testing.

Can I try it before buying?

We recommend providing us with your product's temperature requirements before trying it. We can then offer recommendations or tailor a solution based on your specific needs. High temperatures may cause discoloration on the interior of the product, which can affect future sales, so we do not recommend testing if the temperature is too high.

What can I use it for?

To remove moisture from products and control the humidity of products in the environment.

What conditions do I need to use it?

Single-phase or three-phase power supply, depending on the equipment. It can be used indoors or in workshops, with a recommended room temperature range of 15-30°C.

How do I place samples into the large oven?

There are trolleys and trays that can be operated by one person.

Should I measure the surface of the oven or the interior for measurement, and which parameters should I report when purchasing?

Our product specifications are mainly based on the dimensions of the interior (height, width, depth, and volume). Key parameters to report include the temperature range, temperature accuracy, required uniformity, and the material of the interior (all of these can be found in each product's description).

As one of electrode drying oven manufacturers, we will do our best to meet all the needs of customers.

If you are looking for reliable scientific laboratory equipment suppliers, please choose us, and we will be your best partner.

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DC Low Temperature Constant Temperature Water Bath

Kenton DC low temperature thermostatic bath deliver precise, uniform temperature control for biological, chemical, and medical research. Ideal for universities, healthcare, and industrial labs, these units support cultivation of liquid/solid compounds with exceptional stability in environmental and pharmaceutical applications.

Features of DC Low Temperature Water Bath

01.

Premium Components

Equipped with internationally renowned fully-sealed compressors and circulation pumps, delivering advanced performance and reliable operation.

02.

Water Conservation Technology

Energy-efficient design prevents scaling and contamination in water-scarce or low-quality/pressure environments, eliminating mineral buildup.

03.

High-Temperature Protection

Ensures uninterrupted operation of sensitive instruments under extreme conditions (up to 45°C ambient), safeguarding research continuity.

As a scientific apparatus manufacturing company, we can provide kinds of laboratory incubator for sale, anything you need, please contact us.