Novara TRT006 Multi-Tube Roller Mixer with LCD Display & Timer | 6 Roller

The Novara TRT006 is a compact, high-performance tube roller mixer built for the gentle, thorough mixing of a wide variety of containers — including vacutainers, blood collection tubes, test tubes, centrifuge tubes, and roller bottles. Equally at home in a busy research facility, clinical laboratory, or doctor's office, the TRT006 is engineered to meet the demands of professionals who rely on consistent, repeatable results. What sets the TRT006 apart is its ±5° oscillating tilt mechanism. With every rotation, each tube undergoes a subtle but purposeful rise and fall, generating a rolling wave motion that carries the sample from one end of the tube to the other. The result is a level of mixing uniformity that flat, stationary roller mixers are simply unable to achieve. The intuitive LCD display allows for precise speed adjustment between 20–80 RPM and flexible operation, whether running continuously or on a programmed timer of up to 99 hours and 59 minutes. Powered by a quiet, long-lasting brushless DC motor, the TRT006 accommodates a wide range of tube sizes simultaneously: 10 × 5mL tubes 10 × 15mL tubes 10 × 50mL tubes 6 × 100mL tubes Compact enough to be placed and operated inside an incubator (41°F–104°F, 35–80% RH), the TRT006 is an excellent choice for temperature-sensitive applications such as cell culture. A wide voltage design (AC100–240V, 50/60Hz) ensures reliable performance across varying power conditions. At just 5.7 lbs with a 19.1" × 9.2" × 3.5" footprint, it's the ideal benchtop solution for labs that demand performance without compromise.

• Gentle, uniform mixing with ±5° oscillating tilt for superior sample consistency
• Adjustable speed (20–80 RPM) with LCD display and timer up to 99 hrs 59 min
• Quiet, durable brushless DC motor for reliable daily operation
• Holds multiple tube sizes at once: 5 mL, 15 mL, 50 mL, and 100 mL
• Compact, lightweight benchtop design
• Safe for incubator use (41°F–104°F) — ideal for cell culture and temperature-sensitive applications