Professional Laboratory

Let’s build a high-tech electrophysiology Lab

The most powerful Animal electrophysiology that is exist

A HIGH THECH LABRATORY

elab Nano implant

For novel ideas

Record four wireless signal channels from the brain, muscle, and heart.
Low noise portable that can be installed on a variety of animals laboratory (rats and larger)

Small and Smart

This system, weighing less than 30 grams, connects to the body of laboratory animals (more than 200 grams) and is capable of multi-channels.

Jacket equipped

Jacket equipped with EMG and ECG surface leads (There is no need to connect the connector while wearing the jacket.)

Stimulator

ePulse is a Wireless Stimulus Isolator which is used for deep brain stimulation, 4 channel Pulse generator, Professional mixer in designing stimulus pattern

Online signal

Online signal transmission up to 10 meters via Bluetooth Store data on a memory card without the need to connect to a technical specifications computer

Memory card

Having a memory card on the device additionally allows the researcher to extract the data after recording.

ANALOG TO DIGITAL CONVERTER

  • Channel Numbers: 2/4/8 Channels
  • ADC Resolution: 24 bit
  • Linearity Error: ±7.6 ppm (maximum)
  • Sample Rate: 50 K sample per second per channel
  • Analog Input Range: ±2.5 v
  • Interface: Serial
  • Isolation type: Optical
  • Isolation Voltage: 2500 V
  • Isolation Resistance: 10 12 Ω

DATA ACQUISITION

  • FIFO Memory: 64 KB
  • Processor: 32 bit, 168 MHz
  • Data transfer: USB2

MICRO ELECTRODE AMPLIFIER

  • Amplifier Type: Differential, Isolated, Extracellular
  • Number of channels: 2/4/8 Channels
  • Gain: 50
  • Input Voltage Range: ±2.5 V
  • Maximum Analog Input voltage: ±2.5 V
  • Input Impedance: 10 12 Ω, common-mode, and differential
  • Input Leakage Current: 60 pA (typical)
  • Input Capacitance: 8 pF
  • Common Mode Rejection ratio: 75 dB @ 50/60 Hz
  • Isolation Type: Optical
  • Isolation Voltage: 2500 V
  • Isolation Resistance: 10 12 Ω
  • Low Cut Filter: 1 Hz
  • High Cut Filter: 10 kHz
Feel the Limitless

eLab Nano

eLab Nano is a kind of brain and spinal implant, which can be implanted inside the body of animals in the laboratory. Using eLab Nano, long-term recording of brain, heart, and muscle signals is possible. The device has a long-lasting battery, which can be charged through a connector mounted on the animal’s head. eLab Nano meets all the necessary criteria to be implanted inside the animal’s body. The device weight varies between 15 grams and 30 grams, depending on the size of the battery and the animal model.

Be wise and choose

eLab Mini

  • This system is offered in two models:
  • Stable system
  • Recording and excitation system

Cerebral and spinal implant design technology is the highest level of technology in the medical equipment industry. ScienceBeam has designed cerebral and spinal implants, which will lead to the treatment of many brain disorders, such as deafness, spinal cord injuries, and Parkinson’s. 

need more?

eLab 32

Recording 32 channels of extracellular electrophysiological signals with a high sampling rate is one of the most high-tech methods in this field. The number of channels is used in cognitive laboratories and single-neuron recording on animal models such as monkeys. Using this system, you can synchronously record up to 32 single-channel signals from a few millimeters brain region. In addition, using the Spike Sorter technique, you can record the activity of more than 100 neurons at once. It is worth noting that extensive data from small brain cross-sections have a great advantage in examining the physiological and cognitive structure of the brain.

Are you ready to be amazed?

eLab 4-16

  • Suitable for various laboratories, in-vivo and In-vitro
  • Full-automatic online/offline Spike Sorter and excitation system
  • Perfect sound monitoring

eLab 4/8/16, a novel technology offered by ScienceBeam, provides a complete electrophysiology laboratory altogether. It is an integrated system design, which is also small, lightweight, portable, and noise-free. Electrophysiological studies are used in the diagnosis and treatment of many neurological diseases. In addition, electrophysiological recordings can be used to evaluate the safety of drugs. Using eLab 4/8/16 makes it possible to study the function of the nervous system and to conduct studies related to cognitive sciences.

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