How to adjust the Fine Control Lever stiffness on Research Instruments INTEGRA 3?
If the Fine Control Lever on your Research Instruments Medical Equipment feels too tight or too loose, it's likely the lever stiffness hasn't been adjusted. Use the green-ended hexagon driver from the provided tool kit to loosen the locking screw. Then, adjust the lever's resistance by turning it anti-clockwise to loosen or clockwise to tighten.
What to do if the Coarse Control Lever on Research Instruments INTEGRA 3 Medical Equipment is too stiff?
If the Coarse Control Lever on your Research Instruments Medical Equipment is too tight or too loose, the lever stiffness probably needs adjustment. Use the green-ended hexagon driver from the tool kit. Insert the driver into a screw head located around the Coarse Control Lever and slightly tighten or loosen the screw (less than one turn). Test the lever action. If it is not to your liking, insert the driver into a different screw head and loosen or tighten.
General| Laser Class | Class 4 |
|---|---|
| Aiming Beam | Diode laser |
| Power Supply | 230 V, 50/60 Hz |
| Applications | ablation |
| Throughput | High |
| Compatibility | Various |
Defines the purpose and application of the Integra 3 micromanipulation system.
Lists the microscope models compatible with the Integra 3 system.
Outlines requirements and procedures for installing the Integra 3 system.
Provides a detailed explanation of the Integra 3's intended applications in Assisted Reproduction Techniques (ART).
Lists part numbers for various Integra 3 system components and microscope adaptors.
Crucial warnings for safe operation, including Do Not's, electrical safety, and environmental use.
Details emissions and immunity standards for the Integra 3 in electromagnetic environments.
Explains the meaning of various safety and information symbols used in the manual.
Visual diagram and labels of the main hardware components of the Integra 3 system.
Detailed list of part numbers for system components, including optional items.
Comprehensive technical specifications including dimensions, weight, power, and operating range.
Instructions for positioning Petri dishes and selecting appropriate types for use.
Step-by-step guide on how to fit micropipettes and perform initial setup.
Adjusting pipette angle and performing routine setup for optimal specimen manipulation.
Explanation of the Integra 3's display screen, icons, and user interface elements.
Details on using the stopwatch, counter, and under-stage light controls.
Information on how height indicators work and how to calibrate them.
Description of different heating configurations (Modes 1-5) and their associated components.
Guidance on setting desired temperatures and adjusting them for specimen accuracy.
Procedures for calibrating the system's temperature sensors and heated components.
Explanation of status light colors, audible alarms, and their priorities.
How to access and interpret the system's event log for troubleshooting.
Important safety warnings and precautions for using syringes with the system.
Details on the Screw-Actuated Air Syringe (SAS), its assembly, operation, and equilibration.
Information on the Screw-Actuated Oil Syringe (SOS), its specifications, and usage for aspiration/injection.
Solutions for problems related to lever stiffness, focus, and objectives hitting inserts.
Troubleshooting steps for the heated stage insert and plate being too hot or cold.
Detailed list of alarm codes, messages, criteria, actions, and solutions.
Procedures users can perform, such as adjusting manipulators and replacement parts.
Guide for replacing the O-ring in the pipette holder and the filter in the Thermosafe system.
Guidelines for cleaning the instrument, handling spills, and proper disposal of goods.
Steps for initiating repairs, returning the instrument, and packaging requirements.
Details for contacting Research Instruments and providing product feedback.
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