Laboratory Ovens And Furnaces
Laboratory ovens and furnaces are specialised equipment ideal for heating materials in a controlled environment. They are used in material testing and sterilization & drying applications. Some common types of lab ovens are forced-air ovens, gravity convection ovens & vacuum ovens. Forced-air ov...ens use a fan to circulate heated air around the interior of the oven whereas gravity-convection ovens use natural convection currents to circulate heated air around the oven's interior. Vacuum ovens, on the other hand, vacuum out the air of the oven and helps in heating the material without oxidising it. Raptor Supplies offers laboratory ovens and furnaces from brands like Dynalon, Humboldt, Lab Safety Supply, Shel Lab & Quincy Lab.Read more
Lab Heating Mantles
Style | Model | Price (ex. VAT) | |
---|---|---|---|
A | CG-10000-07 | €754.52 | |
B | CG-10000-08 | €851.49 | |
A | CG-10000-05 | €619.70 | |
C | CG-10000-02 | €609.06 |
Style | Model | |
---|---|---|
A | H-30135E | RFQ |
A | H-30135E.4F | RFQ |
A | H-30140E | RFQ |
A | H-30140E.4F | RFQ |
A | H-30145E | RFQ |
A | H-30145E.4F | RFQ |
A | H-30160E.4F | RFQ |
Laboratory Bench Ovens
Oven Vacuum
Analog Ovens
Style | Model | |
---|---|---|
A | H-30105E | RFQ |
A | H-30105E.4F | RFQ |
A | H-30115E | RFQ |
A | H-30115E.4F | RFQ |
A | H-30125E | RFQ |
A | H-30125E.4F | RFQ |
A | H-30131E | RFQ |
A | H-30131E.4F | RFQ |
Style | Model | |
---|---|---|
A | H-30356 | RFQ |
A | H-30360 | RFQ |
A | H-30360.4F | RFQ |
A | H-30364.4F | RFQ |
A | H-30366.4F | RFQ |
A | H-30368.4F | RFQ |
Style | Model | |
---|---|---|
A | H-30100E | RFQ |
A | H-30100E.4F | RFQ |
A | H-30110E | RFQ |
A | H-30110E.4F | RFQ |
A | H-30120E | RFQ |
A | H-30120E.4F | RFQ |
A | H-30128E | RFQ |
A | H-30128E.4F | RFQ |
Style | Model | |
---|---|---|
A | H-30322 | RFQ |
A | H-30324.4F | RFQ |
A | H-30328.4F | RFQ |
A | H-30322.4F | RFQ |
A | H-30326.4F | RFQ |
Forced Air Lab Ovens
Style | Model | Overall Dimensions | Power Consumption | Power Requirement | Temp. Accuracy | Volume | Price (ex. VAT) | |
---|---|---|---|---|---|---|---|---|
A | H-30105.4F | - | RFQ | |||||
A | H-30125 | - | RFQ | |||||
A | H-30115.4F | - | RFQ | |||||
A | H-30125.4F | - | RFQ | |||||
B | H-30105 | €2,001.15 | ||||||
B | H-30115 | €2,176.49 | ||||||
B | H-30131 | €3,141.71 | ||||||
B | H-30131.4F | €3,209.87 |
Gravity Convection Lab Ovens
Style | Model | Overall Dimensions | Power Consumption | Power Requirement | Temp. Accuracy | Volume | Price (ex. VAT) | |
---|---|---|---|---|---|---|---|---|
A | H-30100 | - | RFQ | |||||
B | H-30100.4F | €1,440.78 | ||||||
B | H-30110 | €1,691.37 | ||||||
B | H-30110.4F | €1,808.56 | ||||||
B | H-30120 | €2,165.42 | ||||||
B | H-30120.4F | €2,234.84 | ||||||
C | H-30128 | €2,523.91 | ||||||
C | H-30128.4F | €2,594.08 |
Style | Model | |
---|---|---|
A | H-32343.9F.3 | RFQ |
A | H-32333.8F.3 | RFQ |
A | H-32333.9F.3 | RFQ |
A | H-32343.2F | RFQ |
A | H-32343.2F.3 | RFQ |
A | H-32343.8F | RFQ |
A | H-32343.8F.3 | RFQ |
A | H-32300.8F | RFQ |
A | H-32300.8F.3 | RFQ |
A | H-32300.9F.3 | RFQ |
A | H-32300A.2F | RFQ |
A | H-32300A.2F.3 | RFQ |
A | H-32333.2F | RFQ |
A | H-32333.2F.3 | RFQ |
A | H-32333.8F | RFQ |
Bench Oven with Dial Temperature Control
Style | Model | Price (ex. VAT) | |
---|---|---|---|
A | H-30145.4F | €5,181.40 | |
B | H-30135.4F | - | RFQ |
B | H-30160.4F | - | RFQ |
B | H-30160.4FSS | - | RFQ |
C | H-30135 | - | RFQ |
C | H-30140 | - | RFQ |
B | H-30140.4F | - | RFQ |
C | H-30145 | - | RFQ |
Basic Digital Ovens
Lab Heating Mantles
Style | Model | Item | Price (ex. VAT) | |
---|---|---|---|---|
A | 100B TM110 | €844.68 | ||
A | 100B TM108 | €714.59 | ||
B | 100A O402 | €465.67 | ||
B | 100A O396 | €495.21 | ||
C | 100A O414 | €982.67 | ||
D | 100A O408 | €584.97 | ||
E | 100A O416 | €1,984.41 | ||
B | 100A O394 | €380.83 | ||
D | 100A O410 | €640.05 | ||
B | 100A O398 | €423.25 | ||
C | 100A O406 | €644.97 | ||
F | 100D SI22 | €603.73 | ||
G | 100D SI05 | €415.34 | ||
H | 100B TM114 | €1,259.95 | ||
F | 100D SI12 | €504.56 | ||
A | 100B TM106 | €674.06 | ||
I | 100B TM116 | €2,633.92 | ||
I | 100B TM118 | €2,688.70 | ||
A | 100B TM102 | €584.97 | ||
G | 100D SI02 | €335.63 | ||
J | 100A MO1103 | €744.42 | ||
J | 100A MO1143 | €1,178.28 | ||
K | 100A MO1183 | €2,107.06 | ||
L | 100A INS1183 | €1,593.64 | ||
M | 100A INS1163 | €1,405.30 |
Grout Flow Cone 3/4 Inch (19mm)
Model | Item | Price (ex. VAT) | |
---|---|---|---|
5MZF1 | AE4VMK | €956.48 |
Stainless Steel Beaker 6l
Model | Item | Price (ex. VAT) | |
---|---|---|---|
5MZF0 | AE4VMJ | €225.29 |
Working Mechanism
- Laboratory ovens and furnaces use heating elements made of metal alloys to produce heat.
- The heat is then transferred to the oven's interior and subsequently to the materials being heated.
- They have a thermocouple or RTD (Resistance Temperature Detector) sensor to measure the temperature inside the chamber and a controller to regulate the temperature. Some of them may also have a computer interface to program the temperature profile & the timer for the experiment.
- The way the heat is transferred and the temperature is controlled can differ based on the type of oven or furnace.
- Forced-air ovens use a fan to circulate heated air around the oven's interior and a thermostat to maintain a constant temperature. The temperature inside the oven can be controlled by adjusting the temperature of the heating elements & the fan speed.
- Gravity convection ovens use natural convection currents where the heat is transferred from the heating element to the air that rises & cools and creates a circulating current of hot & cold air. These ovens do not require a fan.
- Vacuum ovens use a vacuum pump to remove air from the oven and decrease the boiling point of liquids, allowing materials to be heated at lower temperatures. They may also prevent the oxidation of the materials being heated. The temperature inside the vacuum oven is controlled by regulating the temperature of the heating elements.
Frequently Asked Questions
What is the difference between a laboratory oven and a laboratory furnace?
Laboratory ovens are used for heating materials at lower temperatures, generally up to about 300 to 400 degrees C. Laboratory furnaces, on the other hand, are used for heating materials at higher temperatures, generally above 600 degrees C.
What are some safety instructions to follow while operating these laboratory ovens and laboratory furnaces?
- Monitor the temperature inside the oven or furnace and ensure that it is stable & accurate.
- Clean the oven or furnace regularly to remove dust, debris or spills.
- Check for any signs of wear or damage.
- Calibrate these units periodically.
Can laboratory ovens and furnaces be used for continuous operation?
Most of the laboratory ovens and furnaces are suitable for batch-style operation, where the materials are loaded into the oven or furnace, heated and then removed. However, some industrial-grade units can be used for continuous operation and support the loading & unloading of materials while the heating is ongoing.
We are here to help!
Looking for a part not listed here?
Explore More
- Pallet Jacks and Accessories
- Fall Protection
- Rivets
- Restroom Equipment
- Putties
- Water and Steam Boilers
- Circular Fluorescent Lamps
- Pump Pedestals and Mounting Bases
- Pneumatic Muffler
- Plug Fuse Box Cover Units
- BUSSMANN WGA Series Fuse Links
- DIXON Nozzle Breakaways
- CHECKERS Yellow Jacket, Cable Protectors
- DIXON Air Brake Male Run Tees
- SPEARS VALVES PVC Clear Schedule 40 Pipe And Fitting 45 Deg. Elbows, Socket x Socket
- SPEARS VALVES CPVC Y Pattern Valves, True Union Socket Ends, FKM
- EATON Tube Nuts
- MARTIN SPROCKET Quarry Duty MXT40 Bushed Drum Pulleys
- WEG Molded Case Circuit Breakers
- AMPROBE Circuit Tracers