We will manufacture the Oricon stacking machine for under 7.5 million yen and deliver it in 2 months.
Flexibly arrange strokes to match the layout.
Flexibly arrange strokes to match the layout.
Operators can safely clean parts without touching chemicals! Reducing psychological burden.
Improvements in material procurement allow for delivery within six months after receiving the order.
A 3-axis and 4-axis Cartesian robot equipped with the ease of use and functionality developed from tabletop robots!
Achieving multi-axis arm movement with 2-axis and 3-axis! An arm type with a slider that operates on the Y-axis.
Customizable up to 6,000 x 6,000 x 1,500mm, capable of handling up to 10kg. Grease-free and resistant to harsh environments such as water and dust.
Air bearing stage optimal for scanning or high-resolution positioning.
Minimum incremental motion of 0.1 µm, maximum speed of 4000 mm/s under no load, maximum acceleration of 50 m/s², load capacity of 600 N.
Suggestions for places with limited installation space and low ceilings!
Flexibly arrange strokes to match the layout.
Eliminate human variability and improve assembly accuracy! Consistently carry out the soldering process of the circuit board.
Inspect the marking condition in the post-process! Eliminate rework processes to improve efficiency.
Improving production takt! Achieving results like a skilled worker with automation equipment even for complex tasks.
We will achieve improved productivity and accuracy on-site using automation and labor-saving devices with multi-joint robots! A must-see for those involved in the manufacturing industry! [Case study collection available]
[Taiwan - Chuan Yue Machinery] A manufacturer specializing in conveyor machinery. Maintains good quality with production in Taiwan and can reduce costs! Support available in Japanese!
By realizing the robot's mobility functions and expanding its operational range, the collaboration between the robot and the production line can be operated more flexibly!
High-precision hot melt XY table coater for precise and flexible application over a wide area.
High-quality screw tightening robot! Adopting a modular design to achieve low cost and short delivery time.
We support the design and manufacturing of a backlash-free linear motion mechanism by combining pin gears and trochoidal rack tooth profiles.
We support the design and manufacturing of a backlash-free linear motion mechanism using a combination of pin racks and trochoidal gears.
The TVM series of vertical multi-joint robots from Shibaura Machine meets a wide range of process automation needs with heavy payload capacity, high inertia, and three variations of arm lengths.
I will briefly introduce the mechanism of OMNIedge, which packages IoT, focusing on key points.
We will introduce the process from unboxing the delivered equipment to data collection! Please use this as a reference for your image when actually installing it on-site.
In using the IoT service "OMNl edge," we explain in a video the points that our customers are particularly concerned about, such as overseas expansion!
Realizing multi-axis arm operation with 2-axis and 3-axis! Various combinations are possible from single-axis actuators.
Reduce vibration and deformation! Achieving high-rigidity orthogonal robots through innovative mechanical design.
Contributing to reduced cycle time and improved productivity through the adoption of PowerCon(R)!
The combination type of IS(P)B comes standard with a battery-less absolute encoder!
A Cartesian 6-axis robot that combines three orthogonal axes and three rotational axes!
Please stop by the JANOME booth at Port Messe Nagoya from Wednesday, October 26 to Friday, October 28, 2022 - it was well received.
We have created a device that can press in many points while being operated by a robot using a servo press.
Introducing examples of devices that can press-fit multiple points while being operated by a robot using a servo press! Solving space-saving and automation challenges.
It is an orthogonal type coating specification robot that is easy to integrate into line production.
Low-cost, quick development of our own brand's dispensing devices, analytical instruments, and measuring equipment. A compact sample processor designed for narrow inspection rooms and laboratories.
Low-cost, quick development of our own brand of dispensing devices, analytical instruments, and measuring equipment. A compact sample processor designed for narrow inspection rooms and laboratories.
Completely unlubricated, excellent corrosion resistance, and high rigidity. Ideal for positioning.
Reproducibility ±1nm, XY axis 100 µm + Z axis 10 µm stroke, optimal for transmitted light with a 50 mm aperture.
Precision positioning at the nano level with a 66 mm opening × maximum 300 µm on the XYZ axis.
Compact linear stage with built-in limit switch and DC stepping motor!
Linear motor stage capable of high-precision positioning for industrial medical applications, laser cutting, scanning, and more!
Compact XYZ piezo stage with 40mm size and 100µm operation on the XYZ axis.
High-resolution incremental linear encoder! The unidirectional reproducibility is 0.1μm.
Achieve high stability with a distortion-free aluminum base! High specifications unique to German manufacturing!
Zero wear with air levitation and linear motor. Maximum speed 2m/s, sensor resolution 1nm.
Released a high-precision and high-speed linear motor stage with a narrow width of 132mm and long stroke!
It is possible to configure combinations that match the required number of axes and operational specifications according to the application.
Smooth and high-speed response even under high load of 600N with linear motor × encoder.
A compact linear stage with a size of 60mm square, capable of combinations along the XYZ axes.
Equipped with a three-phase linear motor that achieves high speed and high acceleration. Supports high-precision scanning.
Non-contact, wear-free, and long-lasting, achieving smooth operation at the nanometer level.
Zero friction. Achieving high-precision positioning of ±0.2 µm within a movement range of 25 mm.
Achieves high-speed and high-precision scanning with a maximum speed of 120mm/s and a resolution of 10nm.
Non-contact, wear-free, and long-lasting, achieving smooth operation at the nanometer level.
Non-contact, wear-free, and long-lasting, achieving smooth operation at the nanometer level.
Zero friction, high-precision positioning. Revolutionizing the adjustment work of optical devices.
Improving the precision of laser cutting. Achieving high-precision positioning of ±0.2 µm.
Zero friction, high-precision positioning. Contributes to quality improvement in the FPD inspection process.
A compact stage that achieves zero friction and high-precision positioning of ±0.2 µm.
A compact air bearing stage that achieves zero friction and high-precision positioning.
Achieving high-speed and high-precision wafer inspection with air levitation and linear motors.
Zero wear with air levitation and linear motor. Maximum speed 2 m/s, sensor resolution 1 nm.
Non-contact drive using air bearings and linear motors. Contributes to the acceleration and stabilization of substrate and component inspection.
Maximum 1800µm long stroke and nano precision. Position measurement without physical contact using a unique capacitive sensor.
Ideal for microscope sample positioning with a maximum stroke of 1800µm and excellent accuracy provided by capacitive sensors.
Ideal for cell manipulation and live cell observation. Achieves stable XY positioning with sub-nanometer precision.
For fine position correction of semiconductor devices. 100 µm × 3-axis nanopositioner.
A 100 µm × 3-axis nanopositioner supporting the focus and position control of fine laser processing.
A compact XYZ piezo stage with a size of 100 µm × 3 axes that supports high magnification observation with nanometer resolution.
PIMars XYZ Nano Stage that achieves sample positioning for microscopes with nanometer precision.
High-speed and high-precision wafer inspection is achieved by V-P01.
High-Precision XY Stage V-P01 for Microscope Observation and Automatic Imaging
XY stage that improves the precision and efficiency of lens adjustment.
XY stage contributing to the efficiency and accuracy improvement of calibration work.
In the laser processing cutting process. Achieving high-precision positioning and high-speed movement.
XY stage supporting high-speed and high-precision experiments.
Smooth and high-speed response even under high load of 600N (maximum) with linear motor × encoder.
Smooth and high-speed response even under high load of 600N with linear motor × high-precision encoder.
Linear motor stage with a maximum stroke of 800mm, achieving high-speed and high-precision transport.
High-speed 4 m/s × high resolution to enhance the precision of positioning in research and development.
Achieving high-precision measurements with a resolution of 0.1 µm and a maximum speed of 4 m/s.
High-precision multi-axis system corresponding to the XY+Z configuration. Optimal configuration can be achieved according to the application.
Compact linear stage with a size of 60mm square, compatible with XYZ axes.
Compact linear stage compatible with XYZ axis, size 60mm square.
High-precision positioning stage ideal for laser cutting and laser processing.
Ideal for precise positioning in optical systems. Compact high-precision linear stage with a width of 60mm and a maximum stroke of 200mm.
For precise adjustment of optical systems. Air bearing stage that achieves high-precision positioning.
Air bearing stage that supports high-precision calibration work.
A thin, high-precision linear motor stage that enables high-speed electronic component mounting.
Optimal for optical alignment! High-precision positioning linear motor XY axis stage.
Contributes to the efficiency and stability of the assembly process with a compact, high-rigidity design and selectable motors (DC motor or stepping motor).