Other products from "GAMMEX, INC."
No Primary DI Version or Model Catalog Number Device Description Product Code Product Code Name Device Class Brand Name
1 B1364640 464 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear CT ACR 464 Phantom
2 B1364550 455 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear LN-300 Lung
3 B136MLR350MR0 MLR+350MR 805876 The MICRO+ MR MLR+350 Laser is used for aligning patients to medical diagnostic The MICRO+ MR MLR+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
4 B136MLR300MR0 MLR+300MR 805896 The MICRO+ MR MLR+300 Laser is used for aligning patients to medical diagnostic The MICRO+ MR MLR+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
5 B136A4110G0 805428 Gammex CT Sim Laser systems are used in the simulation stage of radiation therap Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim
6 B136A4100G0 805044 IWE Monitor, Patient Position, Light-Beam 1 CT Sim
7 B136MLG350MR0 MLG+350MR 805877 The MICRO+ MR MLG+350 Laser is used for aligning patients to medical diagnostic The MICRO+ MR MLG+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
8 B136MLG300MR0 MLG+300MR 805897 The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
9 B136MLB350MR0 MLB+350MR 808878 The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
10 B136403GSLE0 403GSLE IXG Phantom, Anthropomorphic, Radiographic 1 Sun Nuclear Sono403 Multi-Purpose Phantom SCG
11 B136MLB300MR0 MLB+300MR 805898 IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+ MR
12 B136A5000A0 805142 Gammex CT Sim Laser systems are used in the simulation stage of radiation therap Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim
13 B136A4010A0 805427 Gammex CT Sim Laser systems are used in the simulation stage of radiation therap Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim
14 B136A3100G0 805043 Gammex CT Sim Laser systems are used in the simulation stage of radiation therap Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim
15 B136A3000A0 804886 Gammex CT Sim Laser systems are used in the simulation stage of radiation therap Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim
16 B13614640 1464 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Advanced iqModule
17 B1364540 454 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear BR12 Breast
18 B136RC10000 RC1000 The RapidCHECK platform is intended for supporting users in analyzing diagnostic The RapidCHECK platform is intended for supporting users in analyzing diagnostic imaging data to ensure the performance of the diagnostic system is operating within safe and expected tolerances. LHO Instrument, Quality-Assurance, Radiologic 1 RapidCheck
19 B1364810 481 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear BRN-SR2 Brain
20 B136468BH0 468BH LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear CT Dose Index
21 B1364530 453 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear BR12 Breast
22 B1364500 450 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear SB3 Cortical Bone
23 B136161B0 161B LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Collimator Test Tool Stainless Steel
24 B136159ABR0 159ABR LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Phototimer Consistency Tools
25 B136MLR3500 MLR+350 805723 The MICRO+ MLR+350 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLR+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
26 B136MLR3000 MLR+300 805722 The MICRO+ MLR+300 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLR+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
27 B136MLG3500 MLG+350 805725 The MICRO+ MLG+350 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLG+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
28 B136MLG3000 MLG+300 805724 The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
29 B136MLB3500 MLB+350 805727 The MICRO+ MLB+350 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
30 B136MLB3000 MLB+300 The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic ima The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied. IWE Monitor, Patient Position, Light-Beam 1 Sun Nuclear MICRO+
31 B136AP60 AP6 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear
32 B1365570 557 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear
33 B1364830 483 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear CB2 + 10% CaCO3 TMM
34 B136156D0 156D LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Mammo 156D Stereo Phantom
35 B1364670 467 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear CT Electron Density Phantom
36 B1365000R0 CT Sim+ 805655 The CT Sim+, 5-Arm, Red Laser is used in the simulation stage of radiation thera The CT Sim+, 5-Arm, Red Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
37 B1365000G0 CT Sim+ 805658 The CT Sim+, 5-Arm, Green Laser is used in the simulation stage of radiation the The CT Sim+, 5-Arm, Green Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
38 B1365000B0 CT Sim+ 805659 The CT Sim+, 5-Arm, Blue Laser is used in the simulation stage of radiation ther The CT Sim+, 5-Arm, Blue Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
39 B1364840 484 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear CB2 + 30% CaCO3 TMM
40 B1364520 452 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear MS11 Muscle
41 B1363000R0 CT Sim+ 805639 The CT Sim+, 3-Arm, Red Laser is used in the simulation stage of radiation thera The CT Sim+, 3-Arm, Red Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
42 B1363000G0 CT Sim+ 805652 The CT Sim+, 3-Arm, Green Laser is used in the simulation stage of radiation the The CT Sim+, 3-Arm, Green Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
43 B1363000B0 CT Sim+ 805657 The CT Sim+, 3-Arm, Blue Laser is used in the simulation stage of radiation ther The CT Sim+, 3-Arm, Blue Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
44 B1362000 200 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Low Contrast Test Tool
45 B1361560 156 LHO Instrument, Quality-Assurance, Radiologic 1 Sun Nuclear Mammo 156 Phantom
46 B1361000RRC0 CT Sim+ 805757 The CT Sim+, 1-Arm, Red Laser is used in the simulation stage of radiation thera The CT Sim+, 1-Arm, Red Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
47 B1361000R0 CT Sim+ 805653 The CT Sim+, 1-Arm, Red Laser is used in the simulation stage of radiation thera The CT Sim+, 1-Arm, Red Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
48 B1361000GRC0 CT Sim+ 805758 The CT Sim+, 1-Arm, Green Laser is used in the simulation stage of radiation the The CT Sim+, 1-Arm, Green Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
49 B1361000G0 CT Sim+ 805654 The CT Sim+, 1-Arm, Green Laser is used in the simulation stage of radiation the The CT Sim+, 1-Arm, Green Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
50 B1361000BRC0 CT Sim+ 805759 The CT Sim+, 1-Arm, Blue Laser is used in the simulation stage of radiation ther The CT Sim+, 1-Arm, Blue Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System. IWE Monitor, Patient Position, Light-Beam 1 CT Sim+
Other products with the same Product Code "LHO"
No Primary DI Version or Model Catalog Number Device Description Brand Name Organization Name
1 05415334002449 V2.xx K5402901 QAWeb Enterprise Web Client QAWeb Enterprise BARCO NV
2 05415334002432 V2.xx K5402921 QAWeb Enterprise Agent QAWeb Enterprise BARCO NV
3 05060608880959 1096300Z 1093000-0MRZ Radiation therapy QA device. Daily QA-MR SUN NUCLEAR CORP.
4 05060608880768 1123300Z 1122000-0MRZ Radiation therapy QA device. IC PROFILER-MR SUN NUCLEAR CORP.
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6 05060608880669 1122655Z 1122655Z Accessory to the Model 1122 IC PROFILER. Used for photon energy measurements. Photon Quad Wedge Plate SUN NUCLEAR CORP.
7 05060608880652 1122656Z 1122656Z Accessory to the IC PROFILER. Used for electron energy measurements. Electron Quad Wedge Plate SUN NUCLEAR CORP.
8 05060608880294 1046400Z 1046000-1Z Radiation therapy QA device. REFERENCE DETECTOR (TNC) SUN NUCLEAR CORP.
9 05060608880287 1046300Z 1046000-0Z Radiation therapy QA device. REFERENCE DETECTOR (BNC) SUN NUCLEAR CORP.
10 05060608880263 1176300Z 1176000-0Z Radiotherapy quality assurance device TomoDose SUN NUCLEAR CORP.
11 05060608880171 1093500Z 1093000-1Z Radiation therapy QA device. rf-Daily QA 3 SUN NUCLEAR CORP.
12 05060608880164 1220000-3Z 1220000-3Z Accessory to Models 1220 ArcCHECK and 1220-MR ArcCHECK-MR. ArcCHECK PMMA MultiPlug SUN NUCLEAR CORP.
13 05060608880157 12200001Z 1220000-1Z Accessory to Models 1220 ArcCHECK and 1220-MR ArcCHECK-MR. ArcCHECK Cavity Plug SUN NUCLEAR CORP.
14 05060608880096 1233500Z 1233000-0Z Radiation therapy QA device. 1D SCANNER SUN NUCLEAR CORP.
15 05060608880089 1202500Z 1202000-0Z Radiotherapeutic quality assurance instrument SRS PROFILER SUN NUCLEAR CORP.
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17 EPTWTW34069Y2Z50 SFD mammo chamber 6 cm³ TW34069-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
18 EPTWTW34060Y2Z50 SFD diagnostic chamber, 75 cm³ TW34060-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
19 EPTWTW300170 CT ion chamber, 300 mm long TW30017 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
20 EPTWTW300090 CT ion chamber 3.14 cm³ TW30009 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
21 EPTWTV5755Y10 DIAMENTOR chamber, circular TV5755-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
22 EPTWTV34057Y10 DIADEM chamber TV34057-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
23 EPTWTV34052Y10 DIAMENTOR Chamber Toshiba TV34052-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
24 EPTWTV34044Y10 DIAMENTOR chamber KDK TV34044-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
25 EPTWTV34040Y10 DIAMENTOR chamber TV34040-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
26 EPTWTV34028Y10 DIAMENTOR chamber, size B TV34028-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
27 EPTWTN34069Y2Z50 SFD mammo chamber 6 cm³ TN34069-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
28 EPTWTN34060Y2Z50 SFD diagnostic chamber, 75 cm³ TN34060-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
29 EPTWTN300170 CT ion chamber, 300 mm long TN30017 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
30 EPTWTN300090 CT ion chamber 3.14 cm³ TN30009 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
31 EPTWTM34069Y2Z50 SFD mammo chamber 6 cm³ TM34069-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
32 EPTWTM34060Y2Z50 SFD diagnostic chamber, 75 cm³ TM34060-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
33 EPTWTM300170 CT ion chamber, 300 mm long TM30017 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
34 EPTWTM300090 CT ion chamber 3.14 cm³ TM30009 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
35 EPTWTL600050 MAM detector TL60005 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
36 EPTWTL600040 R/F/D detector TL60004 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
37 EPTWTL34069Y2Z50 SFD MAM chamber, 6 cm³ TL34069-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
38 EPTWTL34060Y2Z50 SFD diagnostic chamber, 75 cm³ TL34060-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
39 EPTWTL300170 CT ion chamber 9.3 cm³, 300 mm long TL30017 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
40 EPTWTL300090 CT ion chamber 3.14 cm³, 100 mm long TL30009 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
41 EPTWTF5755Y10 DIAMENTOR chamber, circular TF5755-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
42 EPTWTF57524Y10 DIAMENTOR chamber, foil-design TF57524-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
43 EPTWTF34057Y10 DIADEM chamber TF34057-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
44 EPTWTF34052Y10 DIAMENTOR chamber, circular, transparent TF34052-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
45 EPTWTF34044Y10 DIAMENTOR chamber KDK TF34044-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
46 EPTWTF34040Y10 DIAMENTOR chamber TF34040-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
47 EPTWTF34037Y10 DIAMENTOR chamber, circular, not transp. TF34037-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
48 EPTWTF34028Y10 DIAMENTOR chamber, size B TF34028-1 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
49 EPTWTF340020 DIAMENTOR chamber, circular TF34002 DIAMENTOR PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH
50 EPTWTB34069Y2Z50 SFD mammo chamber 6 cm³ TB34069-2,5 NA PTW-FREIBURG PHYSIKALISCH-TECHNISCHE WERKSTÄTTEN DR. PYCHLAU GMBH