JY-16H three-axis multi-angle welding positioner
Welding positioners

JY

JY-16H Three-Axis Multi-Angle Welding Positioner

JY-16H Three-Axis Multi-Angle Welding Positioner is catalogued for welding-cell concepts that need a three-axis, multi-angle turnover configuration. It should be selected with the fixture, workpiece center of gravity, weld access and robot path.

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Product facts

Published specifications

ConfigurationThree-axis, multi-angle turnover positioner
Published mediaProduct photographs supplied
Project inputs requiredLoad, center of gravity, fixture, rotation envelope and required weld access
Selection brief

Send the assembly drawing, mass and center of gravity, fixture concept, weld sequence and required access to receive a project-specific configuration.

The useful question is not only rated load: map the true workpiece-plus-fixture mass, center of gravity, rotation envelope, cables, operator access and robot reach.

Commercial fitUse the published values to form a disciplined shortlist, then request a documented project scope.
Inputs that speed up a quotePart, process, tooling, output, interfaces, site utilities, destination and expected delivery window.
Typical application routes

Start from the production task.

  • 01Robotic welding
  • 02Multi-angle workpiece positioning
FAQ

Questions before you request a quote

01What is the published starting specification for JY-16H Three-Axis Multi-Angle Welding Positioner?

The supplied source lists a three-axis, multi-angle turnover configuration. Confirm the final configuration, tooling and cell interfaces against the current project scope.

02Can JY-16H Three-Axis Multi-Angle Welding Positioner be quoted as part of a complete cell?

Yes. Send the workpiece, process, cycle target, layout constraints and destination so the robot or equipment can be aligned with tooling, controls, safety and delivery scope.

03Do published specifications define the final cell performance?

No. Payload, reach, repeatability and electrical figures are selection inputs. Actual cycle, access, quality and integration depend on the workpiece, process package, tooling, safety and commissioning scope.

04What should a buyer include in an RFQ?

Include drawings or photos, material and mass, process, target output, required interfaces, site utilities, safety expectations, destination and preferred delivery window.

PROJECT QUOTATION

Turn the product shortlist into a complete scope.

Send the workpiece, process, drawings, output target and destination. We will align the equipment with the technical interfaces and commercial delivery path.

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