Wide Temperature Range (4°C to 110°C): Versatile temperature control to accommodate diverse experimental needs.

Precise Temperature Control: Fast heating and cooling cycles, ensuring accurate and efficient experimental results.

Excellent Temperature Uniformity: Ensures consistent temperature across wells for reliable and reproducible outcomes.

Multiple Temperature Control Modes: Includes options like constant temperature, programmed heating/cooling, and gradient PCR for varied applications.

Programmable Temperature Curves: Customizable profiles to meet specific experimental requirements.

Multiple Well Configurations: Options for 8-well or 96-well plates, providing flexibility for different throughput needs.

Compact Design: Space-saving layout, ideal for optimizing laboratory space without compromising functionality.

Temperature Control Range (0°C to +105°C): Offers a wide temperature range to support diverse experimental requirements.

Multiple Temperature Control Modes: Includes options such as constant temperature, programmed heating/cooling, and gradient control for flexible experimentation.

Programmable Temperature Curves: Customizable temperature profiles to meet the needs of complex experimental protocols.

Versatile Adapters: Supports different reagent needs with adapters for test tubes, microplates, centrifuge tubes, and more.

Standard Communication Interfaces: DB9 interface and CAN communication provide reliable, industry-standard connectivity.

Standalone or Workstation Integration: Can be used independently or seamlessly integrated with a workstation for enhanced workflow.

Independent Heating and Cooling Modules: Separate control for heating and cooling modules, optimizing efficiency and flexibility.

Multi-Channel Liquid Handling Module: Built on the standard ADP pneumatic pump, enabling multi-channel liquid handling for versatile applications.

Independent 4-Channel Control: Precise movement and accurate liquid aspiration and dispensing for each of the 4 channels.

Liquid Level Detection and Alarm Systems: Includes liquid level detection, blockage alarms for aspiration/dispensing, and air aspiration alerts to ensure reliable operation.

RS-485 Connectivity: Allows for the connection of up to 4 channels in series, with adjustable spacing and independent Z-axis control for enhanced flexibility.

Pneumatic Liquid Level Detection: Capable of detecting blockages and preventing air aspiration to ensure continuous accuracy.

Compatible with TECAN White Non-Conductive Tips: Supports high-quality, non-conductive tips for better performance.

Multiple Communication Protocols: Supports various protocols such as RS-232, CAN, and more, enabling seamless integration with other devices.

High Pipetting Precision: Achieves CV < 2% at 50 µL, ensuring accurate and reliable liquid handling.

Compact Design: Features a space-efficient structure with comprehensive monitoring of TIP head status and air aspiration detection during the entire pipetting process.

Pressure-Based Liquid Level Detection: Ensures accurate liquid level detection using a pressure sensor for precise control.

Simplified Command Set: Comes with an intuitive command set and a user-friendly upper-level software interface for easy control and operation.

RS-485/CAN Bus Communication Control: Supports communication via RS-485 and CAN protocols, ensuring compatibility with a range of laboratory devices.

TECAN-Compatible Non-Conductive TIPs: Supports TECAN’s white non-conductive tips for optimized performance and accuracy.

Multiple Pipetting Modes: Includes forward pipetting, reverse pipetting, multiple dispensing, continuous dispensing, and more, catering to a variety of experimental needs.

Low Residue Pipetting: Minimizes liquid residue inside the TIPs, enhancing pipetting accuracy and reducing potential cross-contamination.

Simultaneous Grasping and Continuous Rotation: Capable of performing both gripping and continuous rotation actions simultaneously for enhanced flexibility.

Dual Servo Systems: Features two independent servo systems for a compact design and efficient operation.

High Clamping Force and Torque: Delivers strong gripping power and high torque, ensuring reliable handling of various objects.

Precise Force and Position Control: Enables precise control over both gripping force and rotational position, ensuring accuracy and reliability.

Independent Gripping and Rotation Control: Offers separate control for gripping and rotation, allowing for simultaneous operation without interference.

High-Speed Rotation and Quick Gripping: Facilitates rapid rotation and gripping actions to improve workflow efficiency and throughput.

Programmable Gripping Force and Rotation Speed: Allows for customization of gripping force and rotational speed, catering to different handling requirements.

Compact Design with Versatile Mounting Options: Features a compact structure supporting at least five flexible mounting configurations, accommodating various gripping tasks.

Fast Gripping and Release: The jaw opening and closing time can be as fast as 0.2 s/0.2 s, meeting the high-speed and stable gripping demands of production lines.

Adjustable Gripping Force: Special transmission design and drive algorithms compensate for force variations, allowing continuous adjustment of the gripping force, with a repeatability precision of 0.1 N.

High Rigidity Structure: The rigid design ensures the stability of both gripping and rotation, minimizing vibrations and deformation during operation.

Corrosion-Resistant and Biocompatible Materials: Constructed with materials that are resistant to corrosion and are biocompatible, making it suitable for lab environments and preventing sample contamination.

Built-in Sensors for Closed-Loop Control: Equipped with force sensors, position sensors, and encoders, enabling closed-loop control and providing precise feedback for optimized performance.

Integrated Motor Design with Modular Functionality: The system features an integrated motor design, with the flexibility to operate in a standalone mode if necessary.

RS485 and CAN Communication Support: Supports both RS485 and CAN communication protocols, ensuring compatibility with various automation systems.

Torque or Position Control Mode: The drive and control unit can operate in torque or positioning mode, controlled via communication commands, eliminating the need for pulse signals.

Precision-Cast Aluminum Alloy Housing: Built with a high-strength, low-thermal-rise, and corrosion-resistant precision-cast aluminum alloy housing, ensuring durability and reliability in demanding environments.

Supports Multiple Motor Types: Compatible with various motor types, including DC motors, stepper motors, and servo motors, providing flexibility in system integration.

Multiple Control Modes: Offers various control options, including speed control, position control, torque control, and current control, to meet different operational requirements.

TMC Silent, Low-Cost Control Solution: The system employs TMC’s quiet and cost-effective control solution, ensuring reliable operation with minimal noise and high motion efficiency.

Support for Low-Cost Motors: Designed to enhance the performance of low-cost motors, enabling them to achieve movement quality comparable to higher-end motors.

RS485 Protocol for Networking: The system supports RS485 communication protocol, enabling easy networking and integration into larger systems.

Position and Torque Modes: Capable of operating in both position and torque control modes, providing flexibility for various applications.

Closed-Loop Control: Features precise closed-loop control for position, speed, and torque, improving dynamic performance and system resistance to interference.

Communication with Host Software or PLC: Allows for seamless communication with host software or PLCs for remote control, monitoring, parameter configuration, data collection, and fault diagnosis.