SLEE Heated Forceps
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Electrically heated forceps (1.25 mm) with integrated LED illumination
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Heated Forceps
Electrically heated forceps, curved (1 mm tip)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 2mm tip.
Heated Forceps
Electrically heated forceps, curved (2 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 2mm tip
Heated Forceps
Electrically heated forceps, curved (4 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 2mm tip
Heated Forceps
Electrically Heated Forceps, Curved Handle (0.5mm tip)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 2mm tip
Heated Forceps
Electrically heated forceps, straight (0.5 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 4mm tip
Heated Forceps
Electrically heated forceps, straight (1 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 4mm tip
Heated Forceps
Electrically heated forceps, straight (2 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 4mm tip
Heated Forceps
Electrically heated forceps, straight (4 mm)
Slee heated forceps are specialised temperature-controlled forceps used in histology and pathology laboratories for handling and embedding tissue samples in paraffin wax.
Unlike standard forceps, they have a built-in heating mechanism that keeps the tips warm, preventing paraffin wax from solidifying too quickly leading to a safer and faster process.
Please note, image shows 4mm tip