KGG / MLCT Linear Actuator
Quiet at high speed, perfect for electronic semiconductor, photovoltaic lithium battery and glass LCD panel.
Accuracy of repetitive motion: ±0.5UM-±1UM
Absolute accuracy: ≤10UM/500MM
High speed movement: 5M/S
High acceleration: ≥2G
KGG / MBCA Belt Linear Stage
High rigidity, safe and durable. For handling equipments, screw machines and engraving machines.
KGG / HSRA Axis Linear Stage
For computer, communication, consumer electronics, medical industry and home automation.
KGG / SMN Axis Linear Stage
High precision, high quietness, miniaturization. For handling, transfer, coating equipments.
Accuracy of repetitive motion: ±0.01UM.
KGG / HST Axis Linear Stage
One piece and rigid reinforcement. No need to disassemble the steel belt, time-saving and convenient assembly. Small size and self-lubricating structure. For computer, communication, consumer electronics, semiconductor, new energy and medical industry.
KGG / XYZ - X Double Drive D Type Gantry
XYZ gantry robots are a 3-axis solution for a variety of automated tasks. A key benefit is their modularity, so you can decide which linear actuators and accessories to include. XYZ gantries offer a variety of advantages: cost savings of up to 60 percent, self-lubricating components, lightweight design, resistance to corrosion, dirt and dust, as well as easy assembly and installation.
KGG / XYY X Double Drive D Type Actuator Gantry System
The gantries can be motorized with stepper motors, brushless servo motor/encoders or integrated SMART motors. Contact-less end-of-travel limit sensors are also installed on these systems. Gantries can also be fitted with an optional third rotary module axis for XYZ configuration.
KGG / XX Simultaneous movement of two axes actuator
Shanghai KGG Robot Co., Ltd. X X Simultaneous movement of two axes example animation
KGG / XXS Type Linear Actuator
KGG offers XXS Type Linear Actuator for the most varied tasks. Our gantries are ideal for applications with two sets of parameters: low speeds with high loads or high speeds with low loads.