Hybridization & Incubation Chambers

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ hybridization chambers provide optimum surface to volume fluid dynamics. They have 1,5mm diameter Ports and come with 120 Port Seals.

SecureSeal™ imaging spacers are ultra thin adhesive spacers which peel and stick to coverglass or microscope slides to confine specimens without the need for compression.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

"Press-to-Seal" covers form water-tight, multiwall cell incubation or cytochemistry chamber when pressed to coverslips or microscope slides. Reagents can be quickly added and removed through dual access ports (1.5mm Dia) without disturbing or cross-contaminating specimens in adjacent wells.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.

Hybrislips™ are ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides.