Research Metallurgical Microscope IMM-3280
Research Metallurgical Microscope IMM-3280 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Research Metallurgical Microscope IMM-3280 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
The multi-pore holders can be installed on the sticky plates or the universal trays. All holders can be installed on small pores and deeper holes In total, four different multi-pore holders are available:
Research Metallurgical Microscope IMM-3380 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2100S feature weighing capacities of 610 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).
The multi-pore holders can be installed on the sticky plates or the universal trays. All holders can be installed on small pores and deeper holes In total, four different multi-pore holders are available:
Research Metallurgical Microscope IMM-3390 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2200S feature weighing capacities of 1100 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).
Research Metallurgical Microscope IMM-3480 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Research Metallurgical Microscope IMM-3490 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2300S feature weighing capacities of 2100 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).
Research Metallurgical Microscope IMM-3280 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
The multi-pore holders can be installed on the sticky plates or the universal trays. All holders can be installed on small pores and deeper holes In total, four different multi-pore holders are available:
Research Metallurgical Microscope IMM-3380 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2100S feature weighing capacities of 610 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).
The multi-pore holders can be installed on the sticky plates or the universal trays. All holders can be installed on small pores and deeper holes In total, four different multi-pore holders are available:
Research Metallurgical Microscope IMM-3390 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2200S feature weighing capacities of 1100 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).
Research Metallurgical Microscope IMM-3480 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Research Metallurgical Microscope IMM-3490 is a part of the range of research microscope and stands out through its design which is ergonomic, vigorous and constant and stable.
Top-loading Balances IBL-2300S feature weighing capacities of 2100 g,and readabilities of 0.1 g. Some applications include weighing, counting, check weighing, weighing under unstable conditions, peek hold and percentage (%).