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BSM-03 – broadband UV irradiation with Hg medium-pressure lamp

The BSM-03 UV curing chamber with an output of 2 kW is best suited for large-area UV curing, hardening, and bonding. The internal shutter is controlled by the UV-MAT for an accurate dose so that reproducible exposure is achieved even with medium-pressure lamps. With irradiance of 150 mW/cm², the required dose is typically achieved within several seconds.

Whether the required dose is reached can be checked with our UV meters and radiometers.

The UV curing chamber can be opened for loading and unloading while the lamp is on. The shutter is monitored and closed with a safety circuit so that no UV radiation is emitted outside the chamber. The sliding sample support also facilitates loading and unloading.

The medium-pressure lamp delivers broadband UV irradiation rather than individual lines – that is the difference from a low-pressure or LED chamber, and the reason formulations with an unknown photoinitiator can be cured here.


The sample support withstands loads of up to 20 kg. With a base of 60 × 40 cm and a height of 25 cm, the irradiation room offers plenty of space. The sample chamber temperature is approx. 45 °C in operation. Thanks to the high uniformity of the irradiation, the samples can be positioned anywhere.

Applications of UV curing chamber

  • UV curing
  • UV sealing
  • UV bonding
  • UV gluing
  • surface activation

Technical data UV curing chamber BSM-03

Interior chamber 60 × 40 × 25 cm
Dimensions 77 × 62 × 80 cm
Weight ~ 80 kg
Power consumption 2200 W (irradiation); 850 W (stand-by)
Mains 3 × 230/400 VAC, 16 A, CEE 400V 16A
Leakage current ~ 18 mA
Power factor 0.9
Operation temperature 15 to 30 °C
Humidity < 80%, non condensing
Lamp lifetime 1,000 h to 3,000 h, typical
Number of lamps 1
Sample temperature 45 °C ± 10 °C
Spectral ranges 1 Standard, 2-4 optional
Irradiance up to 150 mW/cm²
Available lamps Hg, Fe, Ga
Shutter control Pneumatic, 4–6 bar
Cooling 1 x DN 100

Equipment in detail

The curing chamber has a modular design and can therefore be adapted to different applications. These functions are always included:

UV-MAT dose and shutter control of the BSM-03

Dose control

The UV-MAT irradiation control measures the irradiance continuously and ends the irradiation once the set target dose is reached. It controls the internal shutter for this, so the irradiation remains independent of lamp ageing, soiling and temperature.

Shapes of the radiometer sensors (similar to illustration)

Sensor

The calibrated radiometer sensor serves as the measuring head for the dose control. The integrated diffuser provides the required cosine correction. Suitable materials give the sensor excellent long-term stability; it is calibrated traceably to PTB standards, can be recalibrated and is supplied with a factory calibration certificate.

Sensor holder of the BSM-03 with a round seat for the radiometer sensor

Sensor holder

The sensor holder fixes the radiometer sensor at the side of the chamber. For measurements on the sample the sensor can be removed, so that the irradiance can be determined at the required position. The UV-MAT can be adjusted to this by a factor.

Symbol of a timer

Timer

As an alternative to dose control we offer an adjustable timer. It suits simple irradiations between 1 s and 500 h.

Symbol of three sliders for dimming

Lamp dimming

Lamp dimming allows the irradiance to be varied. It is set on the UV-MAT.

Order numbers, scope of delivery, accessories and versions

VersionOrder number
BSM-03860913

The chamber is supplied with lamp, sensor holder and control; please state the required lamp type with your order. The scope of delivery comprises the BSM-03, the mains cable, the manual, the UV lamp (ozone-free unless specified otherwise) and the sensor holder.

The leakage current of the built-in SINAMICS V20 inverter can exceed 3.5 mA. A permanent earth connection is therefore required.

VersionOrder number
UV-MAT820920M

The chamber is controlled by the UV-MAT. It measures the irradiance, controls the internal shutter and switches off once the target dose is reached.

Lamp typeOrder number
Replacement lamp Hg860813H
Replacement lamp Fe860813F
Replacement lamp Ga860813G

The medium-pressure lamp is available with three dopings: mercury (Hg), iron (Fe) and gallium (Ga). They differ in their spectrum and therefore in their curing effect.

DesignationOrder number
Sensor holder86080H

The radiometer sensors each carry their own number depending on the spectral range (number range 8144XX); you will find them under radiometer sensors.

Publications using UV irradiation chambers

We do not keep a separate bibliography for this individual device – publications usually name the product family, not the model. Listed here are the 10 most recent works in which UV irradiation chambers were used.

TitleAuthorsJournalYear
Bacillus subtilis endospore integrity and viability on simulated Martian regolith in rotational UVC radiation exposuresDavis, G. M.; Horner, J.; Greenhill, A. R. et al.Life Sciences in Space Research2026
Erlotinib and Leflunomide Disrupt 6‐Formylindolo [3, 2‐b] Carbazole Metabolism and Sensitize Keratinocytes to UVA Radiation‐Induced ApoptosisHartung, F.; Dairou, J.; Ramamoorthy, S. et al.Photodermatology, Photoimmunology & Photomedicine2026
Estudo para remoção de ácido p-arsanílico em águas brutas e potáveis com a subsequente quantificação de as por cvg-mip oes——2026
High-Throughput Complex Disease Modeling for Ethical Drug Discovery: Clinical Relevance of a NAM Platform for Cancer Biomarker DevelopmentDillier, E.; Sousa, R.; Kluser, T. et al.Journal of Cancer Genetics And Biomarkers2026
Influence of Treated Surface Proportion on the Antibacterial Performance of UV-Activated Hydroxyapatite–Magnesium Phosphate–Zinc Oxide Coating on Magnesium AlloysTamurejo-Alonso, P.; Casares-López, J. M.; García-Galván, F. R. et al.Journal of Functional Biomaterials2026
Influence of UV irradiation on the skin-immune cell inflammatory responseMiceli, R.; Allen, N.; Jankowski, M. et al.—2026
Light-based footprinting of a eukaryotic genomeÖgren, L.; Muylaert, I.; Elliott, K. et al.Science Advances2026
MED20 biallelic pathogenic variants cause a neurodevelopmental disorder altering both transcription activity and Transcription-Coupled Repair pathwayMay, N. L.; Leconte, R.; Alberti, A. et al.—2026
Passivating Contacts-Related Ultraviolet-Induced Degradation in Silicon Heterojunction Solar CellsXu, B.; Alkhereibi, S.; Eberst, A. et al.Small Structures2026
Porous g-C₃N₄ with simultaneous carbon doping for photocatalytic water treatment and splittingSarifuddin, W. S.; Saman, F.; Mahadi, A. H. et al.Next Materials2026