Products
Transponders & Reader Systems
Transponders
Read Only
IMI-400
Smallest Read-Only Transponder available for subcutaneous implant in Lab Animals. 6mm in length and can be implanted into one-day-old mouse pups. Read distance of 3 inches or 8 cm from the reader to the animal.
IMI-500
Read-Only Transponder for subcutaneous implant in Lab Animals. 8mm in length and can be implanted into one-day-old mouse pups. Industry-leading read distance which allows for ease of operation.
IMI-1000
Read-Only Transponder for subcutaneous implant in Lab Animals. 11 millimeters in length by 2 millimeters in diameter, the transponder features the most optimal read distance for maximum flexibility.
Transponders
Programmable
XPT-100
An 8mm Programmable ID Transponder for subcutaneous implant into one-day-old mouse pups. The transponder has a programmable memory for entering a user code that can be amended or locked. A unique fixed code that cannot be changed is also embedded in each transponder.
IPT-300
An 14 mm Transponder offers Programble Identification for subcutaneous implant in Lab Animals. Thirty-Two alphanumeric characters on board – in any coding sequence of your choice. Designed, manufactured, and assembled specifically for Lab Animal Identification in the USA.
IPTT-300 | IPTT-300-HTEC ID
An 14 mm Transponder offers Programble Identification with Temperature for subcutaneous implant in Lab Animals. Thirty-Two alphanumeric characters on board – in any coding sequence of your choice. You receive accurate temperature readings with every scan.
Reader Systems
Stationary
For both Programmable and Read-Only Transponders
DAS-8001
Rugged. Reliable. Innovative. The DAS-8001 is a complete Data Acquisition System paired with the RSP-8004 for Read-Only Transponders or RSP-8025 for Programmable or Programmable with Temperature Transponders.
DAS-8010
The BMDS DAS-8010 is the simplest and most compact of the available systems paired with the RSP-8004 for Read-Only Transponders or RSP-8025 for Programmable or Programmable with Temperature Transponders. Perfect for workstation installations.
DAS-8020
The BMDS DAS-8020 is the simplest and most compact of the available systems with a display paired with the RSP-8004 for Read-Only Transponders or RSP-8025 for Programmable or Programmable with Temperature Transponders.
DAS-8002 Programming Station
The DAS-8002 is a desktop electronic system for programming the user ID into BMDS writable transponders. The system is completely self-contained and does NOT need to be connected to a computer. It is compatible with IPT, IPTT, and XPT BMDS transponder types.
Reader Systems
Portable
For both Programmable, Programmable with Temperature (DAS-8027 IUS & BLU)
Read-Only Transponders (DAS-8006 IUS)
DAS-8006-IUS
The DAS-8006-IUS Reader is a portable system for reading ID data from, and to all BMDS Read-Only Transponders. The reader has an integrated display for captured ID data and for providing a control interface for various menu-driven options.
DAS-8027-IUS
The DAS-8027-IUS Reader is a portable system for reading ID data from, and programming ID data to all BMDS Programmable Transponders. The reader can also detect and display the calculated temperature from the BMDS patented IPTT- 300 transponders.
DAS-8027-BLU
Data collected by the reader can be wirelessly transmitted to any device with Bluetooth. The DAS-8027-BLU is fully compatible with our current IPT/IPTT-300 transponder family and the newest 8mm XPT-100 micro-transponder.
Basic Portable
Reader Systems
For Programmable and Read-Only Transponders
DAS-8016
The Pocket Readers are handheld electronic systems for reading and displaying the user ID in BMDS transponders. The system is small in size and is a completely self-contained portable reader for Read-Only Transponders.
DAS-8017
The Pocket Readers are handheld electronic systems for reading and displaying the user ID in BMDS transponders. The system is small in size and is a completely self-contained portable reader for Programmable Transponders.
Reader Systems
Key Board Probes
For and Programmable and Read-Only Transponders
KP-8018
The Keyboard Probes are handheld electronic systems for reading the user ID in BMDS transponders. The Probes are small in size and are designed to be connected directly to a computing device’s USB port where it is detected as a keyboard (HID) input. Full wireless operation is also available. This reader is compatible with Read-Only Transponders.
KP-8019
The Keyboard Probes are handheld electronic systems for reading the user ID in BMDS transponders. The Probes are small in size and are designed to be connected directly to a computing device’s USB port where it is detected as a keyboard (HID) input. Full wireless operation is also available. This reader is compatible with Programable Transponders.
Cart Systems
Our MEO Carts or Mobile Equipment Organizers
MEO-8000e
The MEO-8000e – Mobile Equipment Organizer Stainless Steel offers plenty of room for workspace and accessories such as a weighing balance and bowl, yet resides within a space-conscious 2-foot by 3-foot footprint.
MEO-8000m
The MEO-8000m – Mobile Equipment Organizer Aluminum offers plenty of room for workspace and accessories such as a weighing balance and bowl, yet resides within a space-conscious 2-foot by 3-foot footprint.
White Papers &
Scientific Studies
Bio Medic Data Systems has been the standard for Lab Animal Identification since 1986. We have compiled a list of white papers and scientific studies with a highlight of these studies featuring our revolutionary new XPT-100 & IMI-500 transponders.
Sanofi Poster Paper
Evaluation of Refinement Method for Mouse Identification
MJ Weinstein*1, C Norton2, D Bangari3, K Singh3, X Ying4, R Fogle4, G Hunt5, N Campbell5, F Sun1, ST Savage2
1Pharmacology, Sanofi, Cambridge, MA; 2IVRC, Sanofi, Framingham, MA; 3Pathology, Sanofi, Framingham, MA; 4TIM Bioimaging, Sanofi, Framingham, MA; 5Bio Medic Data Systems, Inc., Seaford, DE
Transponder Implantation on Postnatal Day 1 Rat Pups
Joseph Muehleisen, Juliana Brum and Jaret Smith; Covance, Somerset, New Jersey
Implantation of Radio Frequency Identification Transponders in Neonatal Mice
C Norton1, A Mason2, H Camara2, E Estrada2, R Karolides1, R Serriello1, K Singh3, N Campbell4, K Norton1, S Savage1
1 In Vivo Research Center-US, Sanofi, Framingham, MA. 2 Charles River Insourcing Solutions, Framingham, MA. 3 Global Discovery Pathology, Sanofi, Framingham, MA. 4 BioMedic Data Systems, Inc. Seaford DE.
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