Quickly characterize mixed surface contamination from gamma radiation, x-ray radiation, alpha radiation and beta radiation with dose rate measurement survey meters.

Locate hidden radiation sources generated by nuclear weapons, improvised nuclear devices or radiological dispersal devices with high-performance radiation detection technology.

Accessories for Thermo Scientific RadEye meters

Clear optical acrylic aids visualization

Uniquely designed Cleaver Scientific storage boxes are manufactured with hinged lids and accommodate interchangeable inserts to hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes. Ideal solution for short-term storage of radioactive waste or radioisotopes

Radiation boxes, with hinged lid and central swivel covers, that are ideal for protection against Beta or Gamma radiation.

This 3-sided Cleaver Scientific Radiation shield provides protection from Beta radiation.

Radiation boxes, with hinged lid and central swivel covers, that are ideal for protection against Beta or Gamma radiation.

Gamma radiation shields with fixed 15 degree angles and a curved base of various dimensions, are ideal for protection from Gamma radiation.

To complement the Thermo Scientific EP DMk2, G and N2. The basic IrDA reader, is ideal for office environments and mobile applications

Provides radiation protection shielding for use in laboratories.

Featuring sizeable ergonomic working space and a sitting or standing position for unobstructed views; these unqiue Cleaver Scientific cabinets provide a convenient area to carry out work with beta and gamma emitting isotopes with complete all round protection.

This gamma radiation bin is ideal for holding microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes.

Ideal solution for storing radioactive materials, to hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes.

Protect lab workers with these benchtop radiation shields, specifically designed for use during procedures which require the handling of beta-emitting isotopes.

Provides radiation protection shielding for use in laboratories.

Manufactured with hinged lids and accommodate interchangeable inserts that hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes; these serve as an ideal solution for short-term storage of radioactive waste or radioisotopes.

Radiation safety boxes that are ideal for protection against Beta and Gamma radiation.

Manufactured with hinged lids and accommodate interchangeable inserts that hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes; these serve as an ideal solution for short-term storage of radioactive waste or radioisotopes.

Provides radiation protection shielding for use in laboratories.

Provides radiation protection shielding for use in laboratories.

Cleaver Scientific radiation shielding for protection from Beta radiation.

Protect nuclear medicine personnel and nuclear facility employees with gamma survey meters for continuous monitoring of external or ambient ionizing radiation fields.

Ideal solution for storing radioactive materials, to hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes.

15° angled hour-glass shape shield ideal for providing clear non-distorted vision and reducing light images and shadows.

Provides radiation protection shielding for use in laboratories.

This adjustable Cleaver Scientific Radiation shield with a reversible thicker shield, provides protection from Gamma radiation.

Manufactured with hinged lids and accommodate interchangeable inserts that hold microtubes, centrifuge tubes, scintillation vials, universals, cryotubes and falcon tubes; these serve as an ideal solution for short-term storage of radioactive waste or radioisotopes.

These Cleaver Scientific storage boxes are ideal for holding and protecting 4x 1.5mL acrylic Eppendorf microcentrifuge tubes.

Protect personnel from waste material containing beta-emitting isotopes.