Sartorius
Sartorius
The Tacta premium mechanical pipette is designed to deliver exceptional accuracy, reliability, and comfort in modern laboratories. Engineered for effortless and safe pipetting, Tacta ensures consistent, precise results every time, making it ideal for routine and advanced liquid handling tasks.
Developed using extensive customer feedback and backed by Sartorius’ state-of-the-art research and development, Tacta features a highly balanced design that enhances both performance and usability.
Tacta’s advanced ergonomic design provides easy, comfortable handling during extended use. The low operating force across the entire pipetting cycle helps reduce strain and lowers the risk of work-related upper limb disorders (WRULD), improving user safety and efficiency.
Manufactured using carefully selected, high-quality materials, every component of the Tacta pipette meets the highest industry standards. Its robust construction ensures long-lasting performance and dependable results in any laboratory environment.
The Tacta premium mechanical pipette is designed to deliver exceptional accuracy, reliability, and comfort in modern laboratories. Engineered for effortless and safe pipetting, Tacta ensures consistent, precise results every time, making it ideal for routine and advanced liquid handling tasks.
Developed using extensive customer feedback and backed by Sartorius’ state-of-the-art research and development, Tacta features a highly balanced design that enhances both performance and usability.
Tacta’s advanced ergonomic design provides easy, comfortable handling during extended use. The low operating force across the entire pipetting cycle helps reduce strain and lowers the risk of work-related upper limb disorders (WRULD), improving user safety and efficiency.
Manufactured using carefully selected, high-quality materials, every component of the Tacta pipette meets the highest industry standards. Its robust construction ensures long-lasting performance and dependable results in any laboratory environment.
