Core technology

Professional manufacturer of intelligent analytical instruments

One-click automatic system switching

The NKT wet-and-dry dual-use instrument is fully equipped with a one-button, fully automatic switching function between dry and wet methods. After issuing the command, the instrument completes the switch between dry and wet modes within 3 seconds and enters its optimal working state—unlike other brands of wet-and-dry dual-use products that require manual switching, which not only increases the workload but also compromises the instrument's stability. Moreover, improperly stored or handled dry-mode dispersion systems or wet-mode dispersion systems after replacement may even risk damage. The instrument’s integrated wet-and-dry dispersion and sample-loading system has been ingeniously designed: whether operating in wet or dry mode, each system works fully automatically and independently. Both systems have been tested for zero-sample residue, and alternating between coarse and fine samples does not affect their performance.

One-click automatic system switching

The NKT wet-and-dry dual-use instrument is fully equipped with one-button, fully automatic switching between dry and wet methods. After issuing a command, the instrument completes the dry-to-wet or wet-to-dry switch within 3 seconds and enters its optimal working state—unlike other brands’ wet-and-dry dual-use products that require manual switching, which not only increases operational intensity but also compromises instrument stability. Moreover, improperly stored or handled dry-system dispersion units or wet-system dispersion units that have been replaced carry the risk of damage. The instrument’s integrated wet-and-dry dispersion and sample-loading system features an ingenious design: whether operating in wet or dry mode, each system works fully automatically and independently. Both systems have been tested for zero-sample residue, and alternating between coarse and fine samples does not affect their performance.

Effect

Reduced the workload intensity of testers and improved work efficiency.

Improved instrument stability, leading to more accurate test results.

Integrated design optimizes spatial layout and enhances instrument measurement accuracy.

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