List of Functional Cartesian Robots Worldwide (As of January 2025)

Robot Name	Developer	Primary Use	Key Features	Applications
Star Seiki Cartesian Robots	Star Seiki	Injection molding automation	High precision, reliable handling of molded parts.	Injection molding, part removal.
Seiko Epson Cartesian Robots	Seiko Epson	Assembly, material handling	Compact design, high accuracy, and versatility.	Electronics assembly, pick-and-place.
Toshiba Machine Cartesian Robots	Toshiba Machine	High-speed industrial automation	High precision and speed for industrial applications.	CNC machining, packaging, pick-and-place.
Güdel AG Linear Robots	Güdel AG	Heavy-duty material handling	Robust design, adaptable for automation systems in multiple industries.	Automotive, logistics, large-scale material handling.
IAI Corporation Cartesian Robots	IAI Corporation	Assembly, inspection, precise positioning	High repeatability and precision, ideal for demanding automation tasks.	Inspection, assembly, precise material placement.

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Key Notes:

1. Star Seiki Cartesian Robots:
   • Specialized for injection molding processes.
   • Designed for handling molded parts with speed and precision.
2. Seiko Epson Cartesian Robots:
   • Known for compactness and high precision, ideal for space-constrained operations.
   • Widely used in electronics and small-scale material handling.
3. Toshiba Machine Cartesian Robots:
   • Capable of high-speed operations with consistent precision.
   • Frequently utilized in machining and packaging industries.
4. Güdel AG Linear Robots:
   • Designed for heavy-duty and large-scale material handling tasks.
   • Adaptable to various industries, including automotive and logistics.
5. IAI Corporation Cartesian Robots:
   • Focused on high-precision tasks requiring repeatability.
   • Popular in inspection and precise assembly operations.

This table provides an overview of key Cartesian robots operational worldwide, highlighting their features and applications as of January 2025.

As of January 2025, several advanced Cartesian robots are functional worldwide, showcasing remarkable capabilities across various industries. Here’s a list of some of the most notable functional Cartesian robots:

ABB IRB Series

• IRB 930 Series
• Payload: 12 kg or 22 kg
• Reach: 850 mm or 1050 mm
• Cycle time: 0.38 seconds
• Position repeatability: 0.01 mm
• Features: Internal cabling, 250N downward force, up to 20 I/O connectors[7]

Epson T-Series

• T3-B
• Applications: High-speed small parts handling and assembly
• Known for precision and compact design[7]

KUKA KR SCARA Series

• Payload: Up to 12 kg
• Features: ISO 5 certified cleanroom design, protection class IP54
• Applications: Assembly, joining tasks, pick and place operations[7]

Shibaura Machine THE600

• Arm reach: 600 mm
• Features: 60% higher payload capacity than competing models in the same price range
• Controller: Next-generation TS5000 with Industry 4.0 compliance[7]

DENSO HSR Series

• Models: HSR-048, HSR-055, HSR-065
• Arm reach: 480 mm, 550 mm, 650 mm
• Maximum payload: 8 kg
• Features: High-speed motion, continuous operation, vibration control[7]

Yaskawa Motoman Series

• GP25
• Payload: 25 kg
• Reach: 1730 mm
• Features: High accuracy for precision tasks[7]

Stäubli TX2 Series

• TX2-60
• Features: Compact design for fast, precise movements in confined spaces[7]

IAI IX Series

• Features: High-speed performance, wide variety of sizes and mounting options
• Applications: Sealing, dispensing, parts insertion, assembly[7]

Mecademic MicroDASH MCS500

• Payload: 0.5 kg (rated), 1 kg (maximum)
• Reach: 225 mm horizontal, 102 mm Z stroke
• Features: Compact design, high precision (0.005 mm repeatability)[7]

Igus Drylin XXL

• Work envelope: 2,000 x 2,000 x 1,500 mm to 6,000 x 6,000 x 1,500 mm
• Maximum payload: 10 kg
• Features: Low-cost solution for palletizing, sorting, labelling, and inspection
• Pricing starts at $7,000, including the control system[7]

TM Robotics BAIII

• Configurable with one to four axes of motion
• Linear axes length: 50 to 4,450 mm
• Features: Plug-and-play system with pre-supplied cables, junction boxes, brackets, motors, and controllers
• Two-axis model:
• Maximum payload: 100 kg
• Maximum speed: 2,000 mm/s[7]

These Cartesian robots represent the cutting edge of robotics technology as of January 2025, with capabilities ranging from high-speed pick-and-place operations to complex assembly tasks. Their widespread adoption signals a significant step towards more automated and efficient manufacturing processes across various industries worldwide.