Low RPM for minimal heat generation, variable speed control
Unit: 21 in x 16 in x 12.5 in (53 cm x 41 cm x 32 cm)
Analog
Accommodates specimens up to 1.25 in. (32 mm) thickness
Precision sectioning of metallurgical, ceramic, and electronic materials
Precise sectioning; micron-level accuracy
Manual
AC Mains
110-240 V
Benchtop precision saw
Small to medium samples, up to 32 mm
Ambient
Heavy-duty metal housing, anodized aluminum parts
IsoMet 1000 Precision Saw Trade Information
5-10 Piece Per Month
6-8 Week
Product Description
Precise Sectioning for Diverse Materials
The IsoMet 1000 is engineered to deliver accurate micron-level sectioning of metallurgical, ceramic, and electronic samples. Its variable speed control and manual feed operation allow users to adapt cutting conditions for specimen integrity, ensuring minimal thermal damage and precise results for research and quality assurance.
Safety and Ease of Use in Every Cut
A quick-release vise simplifies specimen placement while precision alignment enhances repeatability. With low noise emissions and safety features like a transparent shield and automatic shutoff, operators can focus confidently on sample preparation. The integrated coolant system further protects samples from thermal effects during operation.
FAQs of IsoMet 1000 Precision Saw:
Q: How does the IsoMet 1000 Precision Saw achieve accurate cuts for sample preparation?
A: The IsoMet 1000 utilizes a variable cutting speed and a precision alignment vise, combined with a diamond wafering blade, to facilitate precise, micron-level sectioning of samples. Manual feed allows users to regulate the process, ensuring optimal accuracy for various materials such as metals, ceramics, and electronics.
Q: What types of specimens can be sectioned with this saw?
A: This saw accommodates small to medium-sized specimens up to 1.25 inches (32 mm) thick, including metallurgical, ceramic, and electronic materials commonly used in research, quality assurance, and failure analysis applications.
Q: When should the integrated coolant system be used?
A: The coolant system should be operated during every cutting session to effectively reduce thermal stress and prevent sample damage, maintaining the integrity of delicate specimens throughout the sectioning process.
Q: Where can the IsoMet 1000 Precision Saw be installed?
A: It is designed as a benchtop instrument suitable for use in laboratories, research facilities, educational institutions, and industrial quality control labs where precision sectioning of materials is required.
Q: What is the process for setting up and operating the precision saw?
A: To set up, connect to AC mains power (110-240 V), install the diamond blade and specimen holders, and fill the external coolant reservoir. Place the sample in the quick-release vise, adjust the speed, and manually feed the sample for sectioning, following safety protocols provided in the manual.
Q: What are the key benefits of using the IsoMet 1000 for sample preparation?
A: The main benefits include minimal heat generation, low noise (<65 dB), precise and repeatable cuts, enhanced operator safety through automatic shutoff and shields, and user-friendly accessories for efficient sample mounting and maintenance.
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