Gantry systems driven by brushless linear servo motors. Uses include precision assembly, micromachining, optical inspection, flat panel processing and laser material processing.
Gantry and Cartesian linear robots used for pick-and-place, assembly, materials handling, sorting, packaging, palletizing, warehouse and lab automation, and 3D printing.
ERS Cartesian tightening robots in full-spec, standard and entry-level models. They support multiple spindles and a socket change mechanism, and the full-spec model has an automatic feeder.
Two-axis, three-axis and cantilevered Cartesian handling systems built from electric toothed belt and ball screw axes, used for gluing, pick-and-place and assembly.
Modular linear axes and 1-, 2- and 3-axis gantries (EP, ZP, CP, FP) for loads from a few kilograms to several tons, combinable into single-axis, multi-axis and rotary setups.
HGS gantry systems, complete linear motion system solutions with motion control, and DualVee and LoPro robot transfer units, designed by an in-house design team.
Cartesian robots: GR-3000 and GR-1750 series gantry robots, and small MACHINE-BASE series single-, twin- and triple-axis robots with Z/W axis assemblies.
Cartesian robots that combine single-axis actuators to enable two-dimensional and three-dimensional motion.
Tabletop all-in-one Cartesian robot with a built-in controller and power supply.
Configurable multi-axis gantry, semi-gantry and pick-and-place systems.
H-Bot, T-Bot and Tri-Bot linear gantry robots with optional gearboxes, sensors and cable track, for manufacturing, packaging, material handling and high-speed assembly.
Modular Cartesian gantry robots in X-X, X-Y, X-Z and X-Y-Z configurations for pick-and-place, assembly and material handling. They mount horizontally, vertically or inverted.
Cartesian robots for factory automation.
Combined linear actuators in YZ or XYZ configurations in aluminium or steel, used as Cartesian gantry robots. The range includes the H-Bot gantry.
Orthogonal coordinate (Cartesian) robots built on SAMICK THK LM system technology. The line has ball screw types (SAS, SLD) and belt types (SAB, SCBT).
Cartesian multi-axis systems for positioning in 1, 2 or 3 dimensions.
Range of 3-axis and 5-axis Cartesian robots for plastic injection molding machines, for pick-and-place and stacking operations. Controllers: Touch 2, Visual 2, Visual 3/4.
5-axis robots for plastic injection molding machines from 20 to 3000 tons, controlled by Visual 4, for pick-and-place and stacking applications.
3-axis robots for injection molding machines with 700 to 5000 tons of clamping force, adapted to automotive applications. Controlled by Visual 4.
Cartesian coordinate robots for part removal and handling in molding operations. Series: EUW, MEWE, MDE, MBW/MBWE and GU.
Ball screw desktop Cartesian robots with a 100 mm Z-axis stroke, controlled by the TSC400 controller. Used for PCB cutting, soldering and dispensing.
Cartesian gantry robots in 2-axis (XYCGT320-A) and 3-axis (XYCGT321-A) versions, controlled by the TSC400 controller.
Robotic gantry systems for machine tending, material handling and pick-and-place, with payloads up to 1000 lbs, three programmable servo axes as standard and an optional fourth.
Take-out robots for injection molding machines: horizontal and vertical machine models, swing-type, side-entry and multi-function variants, including the YD/YD2, FRA and RC-SE series.
Configurable XY and XYZ gantry systems built on belt-drive LC40 and screw-drive LSQ and LRT axes, with maximum travel up to 3500 x 3500 mm.
Series of Cartesian robots built from two to six orthogonal slide axes. Types include arm, gantry, and pole.
Cartesian general-purpose robots for assembly automation. Types: standard (MT580), heavy payload (MT780), wide work area (MT980), long stroke (MT1180).