For Precise Positioning Swivelling Y Axis for Laser Welding
Enhanced Motion Control for Complex Welds
Extend your laser welding system with the Swivelling Y Axis for enhanced flexibility and angular precision.
Tilt, rotate, and access hard-to-reach surfaces with ease – ideal for fillet welds and inclined geometries.
Unlock Angular Freedom with the Swivelling Y Axis
The Swivelling Y Axis is a powerful upgrade for your laser welding system, introducing an additional degree of motion that dramatically increases versatility and precision. By enabling manual tilt and rotational movement of the welding head, it allows operators to perform welds on complex and non-horizontal surfaces with ease.
Designed for industrial users working with challenging part geometries, this optional module adds a ±30° rotational capability, allowing the laser head to be positioned exactly where it’s needed — whether for fillet welds, angled joints, or components with awkward contours.
In addition to expanding the degrees of freedom in your laser system, the swivelling Y-axis ensures that quality and consistency remain uncompromised, even in highly constrained or non-standard weld locations.
Whether you’re producing custom parts, repairing intricate components, or pushing the boundaries of 3D welding, the Swivelling Y Axis ensures unmatched maneuverability and operator control without needing full automation.
Engineered for precision tasksTechnical Specifications of Swivelling Y Axis
Enhance your laser welding capabilities with these precise technical attributes of the Swivelling Y Axis module:
➤ Axis Type
-
Manual Swivel Axis (Y-direction)
Extends the movement capabilities of the laser welding head by adding one manually operated rotational axis.
➤ Swivel Range
-
±30 Degrees
The welding head can be tilted up to 30 degrees to either side, allowing for flexible welding on sloped or angled surfaces.
➤ Application Focus
-
Angular and Fillet Welds
Especially suitable for welding in corners, on inclined planes, and creating precise fillet welds in complex geometries.
➤ Operation Method
-
Manual Adjustment
Allows the operator to finely control the tilt using ergonomic controls. No additional automation system required.
➤ Compatibility
- Fully compatible with Sigma Light-Pumped and Fibre Laser Systems
(See dedicated Compatibility section for full list of supported units.)
➤ Construction & Durability
-
Industrial-grade swivel mechanism
Designed for smooth manual operation under repeated industrial use conditions.
➤ Safety
- Integrated into Class 1 laser-safe systems when mounted
Ensures no compromise in overall system safety when in use.
CompatibilityCompatibility: Seamless Integration with Sigma’s Modular Welding Systems
The Swivelling Y Axis module is engineered for easy and robust integration into a wide range of Sigma Laser welding systems. Its mechanical simplicity and industrial-grade build make it a highly adaptable component for both standard and custom setups.
Compatible Laser Systems:
System Type |
Model Names |
Compatibility Level |
Light-Pumped Laser Systems |
Sidanus Light, Sirius Light, Siega Light |
✅ Fully Compatible |
Fibre Laser Systems |
Sidanus Fibre, Sirius Fibre |
✅ Fully Compatible |
Laser Welding Base Units |
Simass, Simass Slide, Simass Rotate |
✅ Fully Compatible |
Software Platforms |
Sigomatic, Sigomatic Pro |
✅ Integration-Ready |
Rotational Add-ons |
Motor-driven Z axis, Swivel Optics |
✅ Synergistic Use |
Note: The swivelling Y-axis is best utilized when combined with motor-driven or semi-automated positioning systems for increased control and welding flexibility.
This module enhances the range of motion, tilting precision, and ergonomics of your existing Sigma laser setup, allowing users to confidently weld at various angles and surfaces.
Where the Swivelling Y Axis ExcelsIndustrial Applications of the Swivelling Y Axis (Welding swivelling tools)
Unlock a new dimension of flexibility in laser welding with the Swivelling Y Axis. Designed to enhance angular access and tilt control, this module makes complex weld geometries and hard-to-reach joints far easier to execute with precision and repeatability.

Medical Device Welding
Small, intricate medical parts often require non-linear joints. The swivelling motion supports fine detailing without compromising alignment or heat control.

Repairing Molds with Complex Geometries
The ability to maneuver the welding head in the Y direction makes it ideal for working inside tight cavities or angled zones in plastic and metal mold repairs.

Welding on Inclined or Curved Surfaces
With the ±30° tilt capability, operators can precisely weld on curved pipes, conical sections, and angled surfaces without repositioning the entire workpiece.

Creating High-Precision Fillet Welds
Perfect for generating fillet welds between perpendicular surfaces, this module simplifies the process and increases weld accuracy in toolmaking and metal fabrication.

Automotive & Industrial Equipment Fabrication
Useful for welding around brackets, supports, or chassis elements that involve diagonal planes and irregular angles, increasing throughput and minimizing setup time.

Shipbuilding and Aerospace Maintenance
Large-scale components in aerospace and marine industries often have hard-to-access zones. This axis enables precise weld access with reduced repositioning.
The Swivelling Y Axis as a Welding swivelling tools dramatically reduces repositioning effort, enhances welding speed, and improves precision in angular and irregular weld zones — a must-have for industries requiring geometric flexibility.
Configure the Y Axis to Fit Your Welding WorkflowCustomization Options of Swivelling Y Axis for laser welding machines
Enhance your welding system to match your exact needs.
The Swivelling Y Axis is built with modularity in mind, allowing integration into a wide range of laser welding setups. Whether you’re aiming for greater ergonomic control or technical precision in niche applications, this add-on can be tailored to meet your workflow requirements.
Available Customization Options:
-
Angle Extension Module
Extend the pivot range beyond ±30° to accommodate even more demanding weld angles and configurations. -
Manual vs. Motorized Control
Choose between manual hand-adjustment or a motorized swiveling unit for semi-automated workflows. -
Integrated Camera Mounts
Add mounts for video inspection systems to allow better visibility and real-time monitoring during angular welds. -
Quick-Lock Mounting Adapters
Enable faster tool-free installation and removal from compatible welding heads or manipulators. -
Height Adjustment Add-on
Combine with vertical lift mechanisms for even more versatile positioning along the Z-axis. -
Custom Material Finishes
Request coatings or construction materials optimized for cleanroom, medical, or corrosive environments.
Tailored for precision. Whether you’re working with delicate components or high-load assemblies, the Swivelling Y Axis adapts to your unique production needs.
FAQsFrequently Asked Questions
Answers to common questions about the Swivelling Y Axis of automated laser welding machines
The Swivelling Y Axis introduces an additional degree of motion, allowing the welding head to tilt up to ±30°. This flexibility makes it easier to create fillet welds and work on inclined or complex surfaces that require angled positioning.
Yes, it is compatible with both manual and semi-automated welding systems. You can integrate it into various setups depending on the required level of control and operator interaction.
Yes, with the optional angle extension module, the range of motion can be increased based on application-specific needs. Please contact us for custom engineering solutions.
Minimal training is needed for experienced operators. The system is intuitive and ergonomically designed, and most users can adapt quickly with brief orientation.
Absolutely. The Swivelling Y Axis is designed to be modular and can be retrofitted to compatible Sigma Laser systems and other platforms, depending on mounting interfaces.
Industries like medical device manufacturing, aerospace, electronics, tool and mold making, and precision mechanics benefit significantly due to the need for angled welds and tight spatial access.
While the default setup is manual, a motorized variant is available for projects that require automated angle control, especially in CNC-integrated workflows.
Helpful Guides & Articles for Swivelling Y Axis
Best Practices for Setup, Automation, and Precision Control
Whether you’re new to Sigma Laser’s modules or looking to push your system to its full potential, these guides cover everything from installation to advanced automation workflows.
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How to Integrate the Swivelling Y Axis into Your Existing Laser Welding Setup
Step-by-step guide for seamless mechanical and software integration. -
Mastering Angled Welding: Practical Tips Using the Swivelling Y Axis
Techniques and best practices for achieving clean, accurate fillet and inclined welds. -
When to Use a Swivelling Welding Head – Application Scenarios Explained
Real-world examples of where a tilting Y Axis provides tangible benefits. -
Manual vs. Automated Movement – What’s Right for Your Welding Workflow?
Comparing control strategies and upgrade paths for advanced automation. -
Calibrating the Swivelling Y Axis for Optimal Precision
Instructions on calibration routines to maintain alignment and repeatability. -
Common Troubleshooting Tips for Swivelling Motion Issues
Identify and solve mechanical or alignment issues quickly. -
Compatibility Checklist: Can Your System Handle the Swivelling Y Axis?
A pre-installation guide to ensure system readiness and mechanical clearance.
Long-Term Support You Can Rely OnAfter-Sales Services of Swivelling Y Axis of laser welding machines
At Sigma Laser, our commitment to excellence doesn’t end at delivery. The Swivelling Y Axis tool comes with a full suite of after-sales services designed to ensure optimal performance, operator confidence, and long-term value from your investment. Whether you’re a small workshop or a multinational manufacturer, our support ecosystem keeps your production running smoothly.
Performance Optimization Consulting
For customers with high-throughput needs or complex applications, we offer:
- Process auditing
- Automation optimization
- Custom software macros
- Fixture design and integration consulting
Installation & Commissioning
Our team provides on-site setup, system calibration, and full integration into your existing workspace or automation line. We ensure everything is optimized from day one — including safety checks, software configuration, and trial welds.
Spare Parts & Consumables
We maintain a well-stocked inventory of Replacement lamps, Optical components, Cooling units and Wear parts. Fast shipping worldwide ensures minimal downtime.
Remote Diagnostics & Global Support
From preventive maintenance to rapid troubleshooting, our global service team keeps your laser welding equipment running with minimal downtime through on‑site visits and secure remote diagnostics.
Operator Training & System Onboarding
Hands‑on training programs give your staff the skills to operate, maintain, and optimize Sigma laser welding systems safely and productively right from day one.
Extended Warranty & Lamp Breakage Protection
Enjoy long‑term peace of mind with comprehensive warranty coverage—including exclusive lamp break protection—for all light‑pumped laser welding systems.
Keeping Your Swivelling Y Axis in Peak ConditionMaintenance Instructions for the Swivelling Y Axis
To maintain optimal performance, precision, and safety, the Swivelling Y Axis requires consistent care. Preventive maintenance ensures longevity, reduces unexpected downtime, and helps preserve the system’s mechanical alignment and smooth rotation.
Daily Maintenance Checklist
- Visual Inspection: Check for visible wear or looseness in the axis assembly.
- Surface Cleaning: Wipe dust and debris from joints and exposed components using a lint-free cloth.
- Movement Test: Rotate the head manually to confirm smooth swiveling.
- Alignment Check: Ensure the head rests symmetrically at neutral (0°) position.
Weekly Maintenance Tasks
- Lubrication Check: Confirm light lubrication on the rotational joints if required (check manual).
- Fastener Tightness: Inspect and tighten any loose bolts or clamps.
- Cable Strain Relief: Ensure cables are not under tension during rotation.
Monthly Maintenance Checklist
- Alignment Calibration: Verify Y-axis tilt angles using a reference tool and recalibrate if necessary.
- Range of Motion Test: Confirm ±30° tilting range is achieved without resistance or abnormal sound.
- Safety Sensor Test (if installed): Validate limit switches or interlocks.
Long-Term Preventive Maintenance (Every 6–12 Months)
- Component Wear Inspection: Examine bearings, joints, and tilting arm for mechanical fatigue.
- Greasing / Oiling: Apply appropriate lubricant as per manufacturer’s recommendations.
- Detailed Alignment Audit: Conduct full precision test using measurement equipment.
- Professional Maintenance Service: Schedule an annual service with authorized Sigma Laser technician.
Pro Maintenance Tips
- Document Everything: Keep a logbook of inspections and adjustments.
- Environment Matters: Avoid exposing the system to vibrations or extreme temperatures.
- Use Original Parts: Replace worn components only with OEM-certified parts.
- Training: Ensure operators performing maintenance are trained for this specific axis.
Summary
Proper care of the Swivelling Y Axis ensures precision welding on angled surfaces for years to come. Follow this guide to proactively address wear and maintain performance consistency in industrial settings.
Operating the Swivelling Y Axis with ConfidenceSafety Guidelines of Swivelling Y Axis
A Complete Safety Framework for Industrial Laser Welding with Motion Components
Ensuring operator safety and system integrity is crucial when working with advanced motion components like the Swivelling Y Axis. This tilting mechanism introduces dynamic movement into the laser welding system, which, while improving flexibility and reach, also requires strict adherence to safety protocols. From mechanical precautions to proper handling of laser exposure during angled operations, these guidelines help reduce risks and maintain compliance with industrial safety standards.
Whether you’re performing routine maintenance, adjusting tilt angles, or integrating the axis into your system, following the correct safety practices ensures smooth, injury-free operation and prolonged equipment life.
Laser Safety Classification
- The Z Axis is used within Class 1 laser systems (fully enclosed), or optionally with Class 4 open setups under operator control.
- Always verify the enclosure is properly sealed when operating in Class 1 mode.
- Operators must never enter the machine’s movement range while the axis is powered on.
Personal Protective Equipment (PPE)
- Laser safety goggles (wavelength-specific)
- Anti-static gloves for handling wiring or electronics
- Steel-toe safety shoes when working near moving modules
- Tight-fitting clothing to avoid snagging in motion systems
Task |
Recommended PPE |
Routine operation |
No PPE required under closed housing |
Maintenance (open casing) |
Laser safety goggles (1064 nm rated) |
Welding setup adjustments |
Safety gloves, protective sleeves |
Handling heavy components |
Safety shoes, cut-resistant gloves |
Optical cleaning or inspection |
Anti-static gloves and lens-safe cloths |
Workspace Safety Requirements
- Maintain a clear zone of at least 1 meter around the Z-axis system
- Ensure firm, vibration-free mounting of the entire assembly
- Install indicator lights showing active laser or axis movement status
- Enclosures must include interlocked access doors
Electrical & Cooling System Safety
- Only trained personnel should connect power supplies
- Ensure ambient temperature and humidity remain within safe operating limits
- Passive or active cooling elements (if any) must be kept dust-free
- Never bypass safety fuses, relays, or grounding components
Software & Control Warnings
- Use only official Sigomatic software for motion control
- Always home the axis before running a new program
- Do not interrupt or power down while axis is in motion
- Update software only under guidance of technical support
Emergency Procedures
- Emergency Stop Button must be within operator’s reach at all times
- Have a CO₂ fire extinguisher nearby for electronics and laser equipment
- In case of collision or jamming, immediately shut off main power and inspect axis alignment
Training & Access Control
- Only certified operators should access system controls
- Password-protect control software on shared workstations
- Keep updated safety manuals and SOPs accessible to all personnel
Safety Summary
Safety in vertical motion laser systems is not optional — it’s a requirement for accuracy, uptime, and team well-being. Sigma Laser recommends following ISO 11553 and local machine safety standards.
Competitive ComparisonWhy the Swivelling Y Axis Outperforms Conventional Systems?
The Swivelling Y Axis significantly enhances the flexibility and productivity of laser welding setups. Unlike fixed-head or single-axis systems, this module introduces angular control in the Y direction, enabling fillet welds, inclined surface welding, and improved access to hard-to-reach geometries.
When compared to traditional welding setups that require repositioning the entire workpiece or constructing elaborate fixtures, the Swivelling Y Axis offers a faster, ergonomic, and more precise solution—especially beneficial in industries requiring intricate welds like aerospace, toolmaking, and medical device manufacturing.
Feature Comparison Table
Feature |
Swivelling Y Axis |
Fixed-Head Welding Systems |
Manual Tilting Mechanisms |
Tilt Range |
±30° |
None or limited |
Varies (usually < ±15°) |
Control Type |
Manual or semi-automatic |
Static |
Manual (wrench/screw based) |
Flexibility |
High – enables angled and fillet welds |
Very limited |
Moderate |
Setup Time |
Low – minimal repositioning |
High – frequent realignment |
Medium |
Ergonomics |
High – user-friendly positioning |
Poor – awkward angles |
Moderate |
Precision |
High |
Depends on operator |
Moderate |
Best For |
Complex geometries, inclined welds |
Flat welds only |
Occasional angled welds |
Integration |
Seamless with Sigma laser systems |
Requires adaptation |
Often external |
Conclusion
Integrating the Swivelling Y Axis into your laser welding system not only boosts operational flexibility but also reduces downtime and operator fatigue. It represents a forward-thinking upgrade for manufacturers aiming to improve weld quality while maintaining high efficiency across multiple part types and geometries.
Competitive Advantages of the Swivelling Y AxisWhy the Swivelling Y Axis Is a Smart Investment for Precision Laser Welding?
Maximize Flexibility, Minimize Limitations
In today’s competitive industrial landscape, flexibility and adaptability are essential for staying ahead. The Swivelling Y Axis enhances your laser welding capabilities by enabling precise angular movement, allowing you to tackle geometries and welding positions that traditional systems cannot.
Whether you’re producing medical devices with tight tolerances, constructing aerospace components with complex contours, or repairing tools that require multi-angle welding—this module eliminates the need for frequent part repositioning and complex jigs.
Key Benefits at a Glance:
- Expanded Motion Range: ±30° head tilt to reach angled and hard-to-access surfaces effortlessly.
- Reduced Setup Time: Fewer adjustments and faster changeovers between jobs.
- Ergonomic Efficiency: Operators work more comfortably and with greater precision.
- Plug-and-Play Integration: Seamlessly compatible with Sigma’s laser systems for effortless upgrades.
- Applicable Across Industries: Aerospace, toolmaking, electronics, medical, and more.
Future-Proof Your Production Line
With industries demanding greater customizability and turnaround speed, the Swivelling Y Axis positions your business for the future. It supports growth without the need for expensive full-system overhauls and adds tangible value to your operations.
Investing in this upgrade means less downtime, better welds, and a stronger competitive edge in any high-precision manufacturing environment.