Innovation Sensor and Absolute Encoder for high precision, Safety Device, Robotic Accessories and Robot Arm Tooling (Automatic Tool Changer, Multi-Axis Force/Torque Sensing Systems, Material Removal Tools, Clamp, Gripper)
Sensors from Micro-Epsilon are extremely compact, smart and profitable. We offer you a wide range of innovative sensor solutions from laser sensors and scanners to robust eddy current sensors for high precision displacement measurements and True Color sensors.
https://acsg.co.th/th/allproduct/micro-epsilon/Best Sensor Solution for Smart Factory and Advanced Factory Automation
NSD provides a wide selection of rugged position sensors, and customizable sensing solutions in tomorrow's factory automation industry. (Steel Making Industry, Paper and Film Making Industry, Tire Making Industry, Water Gate Industry)
The MGB2 Modular secures access points in safety doors and fences protecting the danger zones of machines and installations. This highly functional door locking system is already a great success in many sectors. Users appreciate the system's modular design and its wide scope for customization. The diverse connection options are further proof. Alongside the PROFINET/PROFIsafe and EtherCAT P/FSoE bus protocols, an MBM bus module for connection to the safe EtherCAT/FSoE protocol is now also available.
The CKS2 is a compact key system for installation in machines and can also be used as a submodule of the MGB2 safety door system. Diagnostics data and communication functions can be accessed via IO-Link with the appropriate EUCHNER gateway or, in the case of the submodules, directly via the bus module of the MGB2.
The ATI Robotic Tool Changer provides the flexibility to automatically change end-effectors or other peripheral tooling. These tool changers are designed to function reliably for millions of cycles at rated load while maintaining extremely high repeatability. For this reason, the ATI Tool Changer has become the number-one tool changer of choice around the world.
ATI Tool Changer models cover a wide range of applications, from very small payloads to heavy payload applications requiring significantly large moment capacity.
https://acsg.co.th/th/allproduct/ati-industrial-automation/Air-actuated compliance overcomes part variation.
Historically, deburring and material removal processes deploy manual techniques. This is largely due to the limited availability of deburring tools suited for automation. Conventional automated deburring tools exist and perform adequately along a straight line or path, but fail when part tolerances or geometries are not exact. Removing material from a part cavity or protrusion using a robot or other automated process challenges the most skilled of programmers and often leads to inconsistent quality. The Engineers at ATI have developed a family of compliant deburring tools that make automated deburring processes safe, reliable, and affordable. Pneumatic compliance built into these tools exerts a constant force and compensates for displacement. This ensures consistent results and facilitates easy programming.
https://acsg.co.th/th/allproduct/ati-industrial-automation/robotic-deburring-tools/Thickness measurement with high precision
thicknessGAUGE sensor systems are used in industrial environments for precise thickness measurements of strip and plate materials. A linear unit with electromechanical drive enables thickness measurements in traversing mode. Alternatively, fixed track measurements are possible for center-line measurements (center thickness) or for thickness measurements on the edges.
Powerful analysis and control software
- Multi-touch user interface
- Article database
- Production archive
- Statistical evaluations
- Limit value monitoring with return back to production (optional fieldbus interfaces)
- Verification of gauge/test equipment capability
Automatic calibration & temperature compensation
thicknessGAUGE systems are equipped with in-situ calibration in order to compensate, e.g., for the effects of fluctuating temperatures. The calibration cycles are individually adjustable. In addition to temperature compensation, in-situ calibration enables proper functioning of the system to be verified cyclically and at any time.
A perfectly painted surface is every car's staple feature, and thus represents a very emotional measure of quality for the customer. To optimize this surface, two to four robot-assisted systems (depending on the cycle time) of the reflectCONTROL PSS 8005.D type allow objective in-line inspection of each car body. The defects are measured laterally and in depth, and classified on the basis of catalogs and optionally marked. This way, follow-up work and process improvements can be performed precisely as required and easily.
Benefits:
- Objective 100% inspection of all the vehicles manufactured
- Employees can concentrate on remedying critical defects and not on identifying them
- Detection of defects immediately after the painting booth, when they can still be easily reworked
- Cutting costs by reducing defects
- Reducing the number of rework lines
Material parameters:
- Defect sizes of from 10 µm, lateral
- Local 3D-reconstruction allows the automation of follow-up work
- Detection rate that is practically independent of color
- Not dependent on the robot type