Microscopic manipulators are widely used in precision operations and positioning experiments that require high stability and accuracy. Its main function is to fix glass micro
Electrode or microinjector, with its stroke adjusted within a small range, can clamp glass electrodes and insert them into the interior of cells.
The experimenter can rotate the knob on the X, Y, and Z axes to perform forward, backward, left, and right operations, thereby determining the position of the syringe and electrodes
Each axis does not drift during movement.
Adopting professional transmission technology to ensure smooth transmission and precise adjustment, the control knob on the operator base can also control the injector and electric device
The clamping angle of the polar gripper.
This instrument is suitable for use with microscopes, and the glass electrode it holds can also be used for microinjection with a microinjection pump.
Main technical indicators:
X1 axis (fine tuned): sliding distance 9.6mm, accuracy 10um
X-axis: sliding distance of 32mm, accuracy of 100um (0.1mm)
Y-axis: sliding distance 22mm, accuracy 100um (0.1mm)
Z-axis: sliding distance 20mm, accuracy 100um (0.1mm)
Electrode clamping type Model: M-3101
The electrode holder needs to be purchased separately; |
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Micro syringe clamping type Model: M-3103
Or use disposable plastic syringes. According to the customer's lifestyle habits, they can choose between left-handed and right-handed models. According to the operating system, you can choose between the basic model and the digital display model. |
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Digital display micro manipulator
Digital display with classification button, automatically calculates movement distance
Electric micro manipulator:
Electric three-axis micro manipulator (also known as micro manipulator) is small in size, low in noise, accurate, and suitable for in vivo electrophysiological, patch clamp, microinjection, and optogenetic experiments.
model: PM-225
Compact piezoelectric micro manipulator, combined with inherent drift free operation, powered by lithium-ion batteries, with low noise, can control 14 micro manipulators simultaneously, suitable for patch clamp experiments and cell puncture applications in narrow spaces.
The compact size allows the device to approach the target infinitely, reducing environmental vibrations of the active arm, and also allows for very small thermal offsets: for example, a 200mm aluminum block will change length by 1 μ m when the temperature changes by 0.25 ° C.
Main features:
·Zero drift and no noise
·Small size - Large range activities
·Small size provides better stability
·Closed loop control with sub micron resolution
·Adopting high-performance piezoelectric technology
·Stable piezoelectric micro operation, suitable for installation in narrow spaces and close to the sample;
·Independent controller with rotary encoder, powered by battery;·Power off memory mode, no electronic noise;
·Plug and play, capable of controlling up to 14 micro manipulators simultaneously
·USB computer interface (optional software)
·Electrode clamp and head cover adapter are optional
·Magnetic base or bolt fixation
Specifications and dimensions:
·Positioning range: 20mmX20mmX20mm (X/Y/Z)
·Step size: 7nm
·Maximum speed: 5mm/s
·Size: 39mmX87mmX77mm (W/H/L)
·Weight: 295-375g
·Maximum load: 120g
Main technical parameters
·Journey: 20mmX20mmX20mm (X/Y/Z)
·Minimum step distance: 7 nm
·Maximum load: 120 g
·Electrode angle: 0-50 °/40-90 ° (relative drive shaft angle)
·Weight: 295 grams
·Battery: Lithium ion battery
·Charging: 110-240 VAC; 50/60 Hz
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yuyanbio
: yuyanbio