Rapid cooling oven for thermo-luminescent dosimeters
Achieve precise thermal processing with rapid temperature cycling, ideal for ensuring accurate ionizing radiation measurements and small-scale heat treatments.
Rapidly Heats and Cools for Precise Thermal Control
The Rapid Cooling Oven TLD/3, from Carbolite Gero, is engineered to expertly handle the critical thermal processes required in industries such as nuclear and radiation safety. This oven specializes in swift heating to 400°C followed by rapid air-assisted cooling, crucial for precise annealing of thermo-luminescent dosimeters and small metal components. Its horizontal forced air circulation, driven by a rear-mounted fan, ensures even temperature distribution and reliability. Equipped with a CC-T1 programmable controller, it offers automation features including a cooling blower, adaptable to various manual or batch operations. A variety of digital controllers and data loggers are available for enhanced process management, and over-temperature protection with digital setpoints guarantees safety. The oven’s stainless steel construction provides durability and an easy-to-clean interior with mesh shelves. Ideal for laboratory environments and manufacturing facilities, it supports applications like tempering and ionizing radiation measurement within healthcare and electronics sectors.
Benefits
- Enhances precision in annealing and tempering processes with rapid thermal cycling.
- Minimizes production time through efficient cooling supported by forced air circulation.
- Increases safety and reliability with independent over-temperature protection.
- Offers flexibility with multiple control options for tailored process management.
- Durable stainless steel construction ensures longevity and ease of maintenance.
- Applications
- Ionising radiation measurement,Small scale annealing applications,Thermo-luminescent dosimeters,Tempering,Annealing
- End products
- Heat-treated small metal components,Metal sample test pieces,Radiation badges
- Steps before
- TLD preparation,Measurement of ionising radiation exposure,Loading dosimeters onto shelves
- Steps after
- Data analysis,Recording measurement results,Unloading cooled dosimeters
- Input ingredients
- annealing materials,thermo-luminescent dosimeters,TLDs,small scale tempering materials
- Output ingredients
- annealed materials,tempered materials,thermo-luminescent dosimeters after exposure,cooled products to ambient temperature
- Market info
- Carbolite Gero is renowned for designing and manufacturing high-temperature laboratory and industrial furnaces and ovens, offering expertise in heat treatment solutions, with a reputation for quality, reliability, and precise thermal processing across various industries.
- Maximum Operating Temperature
- 400°C
- Controller Type
- CC-T1 programmable controller
- Cooling Method
- Forced air cooling
- Air Circulation
- Horizontal forced air circulation
- Air Circulation Mechanism
- Rear mounted fan
- Material
- Stainless steel liner
- Shelf Material
- Stainless steel mesh shelves
- Cooling mechanism
- Forced air cooling
- Temperature control
- CC-T1 programmable controller
- Air circulation
- Horizontal forced from rear mounted fan
- Maximum operating temperature
- 400°C
- Automation level
- Automatic activation of cooling blower
- Corrosive resistance (e.g. acids)
- Stainless steel
- Abrasion resistance
- Stainless steel
- Cleanability
- Stainless steel liner and mesh shelves
- Control panel type
- CC-T1 programmable controller
- Discharge method
- Horizontal forced air circulation
- Basket or chamber shape
- Rectangular stainless steel chamber
- Maximum operating temperature
- 400°C
- Control panel type
- CC-T1 programmable controller
- Automation level
- Automatic activation of cooling blower