Whole Robot Customization
Configure the robot body, controller, EOAT, process package, safety and peripherals around the application.
Review ↗
CUSTOM ROBOT SYSTEMS · OEM · COMPONENTS
Custom Robot Systems Built Around Your Application.
Source a complete industrial robot system, develop an OEM platform or quote one custom component from your workpiece, process and production target.
FEATURED PRODUCTS
View all productsEquipment for your next robot cell
Explore welding robots, positioning, motion and cell peripherals. Open a product to compare models, specifications and quotation options.
Welding robots
Yaskawa AR1440 Welding Robot
A six-axis arc-welding platform for cells built around the torch, joint access and workpiece fixture.
- Maximum payload
- 12 kg
- Maximum working range
- 1440 mm
Welding positioners
JY Dual-Axis Welding Positioners
Rotate and tilt the fixture to present weld joints to the robot. Compare models by load and workpiece geometry.
- Model options
- 7
- Compare by
- Load & fixture geometry
Robot tracks & seventh axes
JY-100 Robot Seventh-Axis Track
Move the robot between work areas with a linear track selected for travel, moving load and the shop environment.
- Configured load range
- 0.5-6T (configured)
- Travel speed
- 0-60m/min
Gantry robot systems
JY-200 Gantry Robot Systems
Explore overhead robot configurations for large work areas, with axis layout, tooling and service access planned together.
- Model options
- 7
- Compare by
- Axis layout & work area
Torch cleaning stations
JY-2000 Robot Torch Cleaning Stations
Compare cleaning, wire-cutting and spray functions for the welding torch, alongside pneumatic and robot-control connections.
- Air supply
- Dry oil-free air 6bar
- Control voltage
- U=24V DC
Fume & dust extraction
JY-XF Central Welding Fume Collectors
Plan multi-point welding-fume extraction around capture locations, ductwork, filtration and maintenance access.
- Model options
- 5
- Compare by
- Capture & ductwork
START HERE
What do you need?
You do not need to arrive with a model number. Choose the closest buying path and we will collect the right engineering inputs.
CAPABILITY FIRST
Six ways to move a project forward
The product is one part of the decision. Configuration, interfaces, process equipment and delivery responsibility decide whether the result is usable.
OEM / Private Label
Develop branding, color, nameplate, documentation and packaging scope through an engineering and commercial review.
Review ↗Multi-Brand Robot Sourcing
Compare viable robot and process-equipment routes without assuming one brand fits every cell.
Review ↗Custom Components
Source or fabricate EOAT, fixtures, bases, brackets and weldments from drawings or application inputs.
Review ↗Robotic Welding
Coordinate robot, power source, torch, feeder, fixture, positioner, sensing and safety as one package.
Review ↗Application Integration Support
Define interfaces, partner responsibilities, validation gates and delivery scope for a workable project handoff.
Review ↗WHOLE ROBOT CUSTOMIZATION
Customization does not stop at the arm.
Depending on technical and commercial review, a project can reconfigure the robot body, controller, tooling, process package, vision, safety, peripherals and OEM presentation.
Review the configuration layers ↗01Robot body
02Controller
03EOAT
04Process package
05Vision & sensors
06Safety
07Peripherals
08Branding
APPLICATION EXPERTISE
Select from the process back
Each application has different payload, access, cycle, tooling, sensing, safety and validation requirements.
Machine opening, chuck access, gripping and part presentation are one workflow.
Machined flanges, bases, brackets and fixtures are controlled from dimensions and inspection.
Workpiece, process, output and acceptance targets guide the complete configuration.
Robotic Welding
Configure robot, power source, torch, feeder, fixture, positioner, sensing and safety around the weld and workpiece.
Review application ↗Machine Tending
Select the robot and EOAT from machine interface, door/fixture sequence, payload, reach, cycle and part presentation.
Review application ↗Loading & Unloading
Define pick, place, orientation, infeed/outfeed and buffer logic before selecting the robot.
Review application ↗Robotic Assembly
Coordinate tools, compliance, force/torque sensing, vision, fixtures and verification around the assembly process.
Review application ↗Material Handling
Review total moving mass, center of gravity, moment, reach, throughput and handoff points.
Review application ↗Pick & Place
Match speed, product variation, detection, gripping and reject handling to an achievable cell concept.
Review application ↗CUSTOM COMPONENTS
One part can be the complete project.
Send a 2D/3D drawing, sample or technical specification for EOAT, fixtures, robot bases, mounting brackets, adapter flanges, positioner frames and custom weldments.
Send Your Drawing ↗
Define fixture geometry, mounting interfaces and controller integration around the workpiece and process.
BRAND & SUPPLY RESOURCES
Availability stated without inflated relationships
Sourcing, integration and distribution availability are not the same as formal authorization. We display text-only brand references until public logo permission is documented.
PROJECT PATH
How we work
Unknowns become explicit review items before equipment, interfaces or delivery responsibility are released.
- 01Your workpiece
- 02Engineering review
- 03Robot selection
- 04Configuration / BOM
- 05Custom / OEM
- 06Partner coordination
- 07Delivery support
PROJECT VALUE
Move from an automation idea to a decision-ready scope
The review connects production outcomes to equipment, interfaces, validation and a commercial boundary your team can evaluate.
Reduce manual handling exposure
Identify repetitive or hazardous handling tasks that are suitable for automation.
Start review ↗Stabilize process quality
Connect tooling, sensing and process controls to measurable acceptance criteria.
Start review ↗Plan production capacity
Test cycle-time and uptime assumptions against the required output.
Start review ↗Control integration risk
Record interfaces, exclusions, validation gates and work-package ownership.
Start review ↗Compare viable equipment routes
Compare platforms through payload, reach, process, support and lifecycle needs.
Start review ↗Reach a quote-ready decision
Convert the preferred concept into a defined technical and commercial review.
Start review ↗TECHNICAL RESOURCES
Better inputs make better quotations
Use these procurement and engineering guides to identify the decisions that need evidence before a robot is selected.
Yaskawa Welding Cell Selection: Robots, Controllers and Positioners
Use manufacturer catalog evidence to compare AR welding robots, GP handling robots, YRC controllers and workpiece positioners as one cell decision.
Read guide →Robot Integration Scope: Who Is Responsible for What?
Define owner, supplier and integration partner interfaces before quotation and release.
Read guide →How to Select EOAT for an Industrial Robot
Balance grip physics, payload, interfaces, failure modes, part variation and maintenance.
Read guide →Machine Tending Robot Project Checklist
Check machine I/O, door/chuck control, part presentation, cycle, inspection and recovery.
Read guide →How to Prepare Drawings for a Custom Robot Fixture
Provide datums, tolerances, materials, clamp zones and access constraints that suppliers can quote.
Read guide →How to Choose a Welding Positioner
Use workpiece mass, inertia, weld access, cycle and fixture interfaces to frame the choice.
Read guide →NEXT PROJECT DECISION
Give us the workpiece. Get a quotation-ready robot scope.
Send what you already know. We will identify the missing technical and commercial inputs before recommending equipment.