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Diamond Shell 0.1mL 96-well PCR plate, Clear PC frame and Clear PP wells, barcoded (Special Order)
Diamond Shell 0.1mL 96 well PCR Plate, Full skirt, Clear PC frame and Clear PP wells, barcoded**SPECIAL ORDER**
Reliable Performance. Smart Design. Lab-Ready.
Designed with automation in mind, Globe Scientific’s Diamond Shell™ PCR Plates are available in the most commonly used formats: 0.1mL low profile, 0.2mL half skirt, and 384-well.
Built to ANSI (SBS) standards, these plates integrate seamlessly with robotic arms and liquid handling workstations. A rigid polycarbonate frame prevents warping and maintains a flat, stable surface, ensuring precise alignment and reliable robotic handling throughout your workflow.
The polypropylene wells support rapid thermal transfer for accurate cycling and optimal yield. Diamond Shell™ white well plates enhance fluorophore signal reflection for improved sensitivity in qPCR applications. Raised rims enable tight, evaporationresistant seals when used with strip caps, foils, or films — safeguarding sample volume and integrity from start to finish.
Various frame colors are available to support visual organization of workflows and sample types, and optional barcoding allows for easy sample tracking in highthroughput labs.
KEY FEATURES:
• Thin-walled polypropylene wells (0.2mm) for optimal thermal transfer
• Rigid polycarbonate frame ensures flat surface and robotic compatibility
• Available in 0.1mL low profile, 0.2mL, and 384-well formats
• Clear and white well options for PCR and qPCR workflows
• Certified free of DNase, RNase, Human DNA, Pyrogens, and PCR inhibitors
Diamond Shell 0.1mL 96-well PCR plate, Blue PC frame and Clear PP wells (Special Order)
Diamond Shell 0.1mL 96 well PCR Plate, Full skirt, Blue PC frame and Clear PP wells**SPECIAL ORDER**
Reliable Performance. Smart Design. Lab-Ready.
Designed with automation in mind, Globe Scientific’s Diamond Shell™ PCR Plates are available in the most commonly used formats: 0.1mL low profile, 0.2mL half skirt, and 384-well.
Built to ANSI (SBS) standards, these plates integrate seamlessly with robotic arms and liquid handling workstations. A rigid polycarbonate frame prevents warping and maintains a flat, stable surface, ensuring precise alignment and reliable robotic handling throughout your workflow.
The polypropylene wells support rapid thermal transfer for accurate cycling and optimal yield. Diamond Shell™ white well plates enhance fluorophore signal reflection for improved sensitivity in qPCR applications. Raised rims enable tight, evaporationresistant seals when used with strip caps, foils, or films — safeguarding sample volume and integrity from start to finish.
Various frame colors are available to support visual organization of workflows and sample types, and optional barcoding allows for easy sample tracking in highthroughput labs.
KEY FEATURES:
• Thin-walled polypropylene wells (0.2mm) for optimal thermal transfer
• Rigid polycarbonate frame ensures flat surface and robotic compatibility
• Available in 0.1mL low profile, 0.2mL, and 384-well formats
• Clear and white well options for PCR and qPCR workflows
• Certified free of DNase, RNase, Human DNA, Pyrogens, and PCR inhibitors
Diamond Shell 0.1mL 96-well PCR plate, Assorted colors PC frame and Clear PP wells (Special Order)
Diamond Shell 0.1mL 96 well PCR Plate, Full skirt, Assorted colors PC frame (Bl, Gn, Rd, Yw, Vt) and Clear PP wells**SPECIAL ORDER**
Reliable Performance. Smart Design. Lab-Ready.
Designed with automation in mind, Globe Scientific’s Diamond Shell™ PCR Plates are available in the most commonly used formats: 0.1mL low profile, 0.2mL half skirt, and 384-well.
Built to ANSI (SBS) standards, these plates integrate seamlessly with robotic arms and liquid handling workstations. A rigid polycarbonate frame prevents warping and maintains a flat, stable surface, ensuring precise alignment and reliable robotic handling throughout your workflow.
The polypropylene wells support rapid thermal transfer for accurate cycling and optimal yield. Diamond Shell™ white well plates enhance fluorophore signal reflection for improved sensitivity in qPCR applications. Raised rims enable tight, evaporationresistant seals when used with strip caps, foils, or films — safeguarding sample volume and integrity from start to finish.
Various frame colors are available to support visual organization of workflows and sample types, and optional barcoding allows for easy sample tracking in highthroughput labs.
KEY FEATURES:
• Thin-walled polypropylene wells (0.2mm) for optimal thermal transfer
• Rigid polycarbonate frame ensures flat surface and robotic compatibility
• Available in 0.1mL low profile, 0.2mL, and 384-well formats
• Clear and white well options for PCR and qPCR workflows
• Certified free of DNase, RNase, Human DNA, Pyrogens, and PCR inhibitors
PRISM™ SWIR In Vivo Imaging System
Whole-animal SWIR (NIR-II) imaging system with real-time multi-color imaging, automated laser and exposure control, and deeper tissue penetration than NIR-I.
The PRISM™ SWIR In Vivo Imaging System is MediLumine’s most advanced preclinical imaging platform, purpose-built for shortwave infrared (SWIR / NIR-II) whole-animal imaging. The system delivers real-time multi-color SWIR imaging with automated laser and exposure control, providing superior tissue penetration depth compared to conventional NIR-I systems. Ideal for researchers working with SWIR fluorophores or requiring deep-tissue signal detection in small animal models. Compatible with MediLumine’s SomnoFlo®-integrated anesthesia workflow.
Currently available for sale in the US
Ships via freight on pallet. Contact MediLumine for installation and training.
PRISM™ SWIR spec sheets can be found here
PRISM™ In Vivo Imaging System (Visible / NIR-I)
High-sensitivity bioluminescence and fluorescence imaging platform with EMCCD photon-counting, real-time imaging, and optional 3D trans-illumination.
The PRISM™ In Vivo Imaging System is a high-performance preclinical imaging platform combining EMCCD photon-counting technology with real-time fluorescence imaging. Designed for researchers who demand the highest sensitivity for bioluminescence and fluorescence studies, the PRISM supports visible and NIR-I wavelengths and includes an optional 3D trans-illumination module for depth localization. The system integrates seamlessly with MediLumine’s SomnoFlo®-compatible anesthesia workflow for streamlined multi-animal studies.
Currently available for sale in the US
Ships via freight on pallet. Contact MediLumine for installation and training.
PRISM™ spec sheets can be found here
PRISM™ BIO-BOX In Vivo Imaging System
Affordable bioluminescence and fluorescence imaging system for up to 5 mice. Research-grade sensitivity using a modern Sony sensor at a fraction of typical BLI system cost.
The PRISM™ BIO-BOX is an affordable bioluminescence imaging (BLI) system designed for small animal in vivo imaging of up to 5 mice simultaneously. Built around a high-sensitivity Sony sensor, the BIO-BOX delivers research-grade BLI performance at a fraction of the cost of traditional BLI platforms. The system also includes fluorescence imaging capability via manually installed filters, making it a versatile and cost-effective solution for preclinical researchers.
The PRISM™ BIO-BOX also offers built-in anesthesia with Kent Scientific’s SomnoFlo system requiring no oxygen tank, concentrator, or gas line.
Currently available for sale in the US
Contact MediLumine for installation and training.
Anipill® delivers continuous, high-precision data without restraint, stress, or invasive surgery—designed for serious science and better animal welfare.
Stress-free core body temperature monitoring for researchers who won’t trade data quality for animal welfare. Deploy the capsule once—by gavage or quick sub-Q implant—then watch minute-level data stream to the Anilogger monitor.
No repeat handling, no surgical recovery, no missing data.
Anipill documentation can be found here
CapnoScan® provides real-time capnography and sidestream sampling. To obtain end-tidal CO2 measurements, CapnoScan requires the animal be intubated and ventilated.
More info on the CapnoScan module can be found here