Industrial Laser System – Laser Engraving Machines

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Rotary Index Laser Engraving Machine

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Precision and Productivity Combined with Rotary Index Technology

Rotary Index Laser Engraving Machines are redefining what’s possible in industrial engraving. By combining the pinpoint accuracy of laser technology with the automation of a rotary indexing system, these machines deliver unmatched versatility, consistency, and efficiency. Whether for serial number engraving on automotive parts or 360° branding on promotional items, rotary index laser systems streamline complex operations across sectors.

These machines incorporate a rotary indexing table that allows for sequential positioning of workpieces. As a result, objects can be rotated, aligned, and engraved from multiple angles automatically—ideal for cylindrical, curved, or multi-sided parts.

Core Capabilities:

  • 360° rotational engraving on cylindrical objects
  • Automated multi-surface part marking
  • Multi-station productivity setup
  • Seamless laser integration with motion control
ParameterSpecification
HousingClass 1 laser
Dimensions W/D/H (mm):1080 x 1860 x 1450
Approx. weight (kg):980
max. workpiece weight (kg)100
inner surface (mm)950 x 550
Travel x/y/z (mm):560 x 275 x 390
Usable range x/y/z (mm) at optics (f=100)630 x 345 x 450

Core Machine Elements

Advanced Rotary Indexing System

  • Precision-Controlled Rotary Tables: Ensure exact angular positioning for flawless engraving on curved surfaces.

  • Automated Multi-Part Rotation: Enables sequential part engraving without operator intervention.

  • Adaptable Geometry Handling: Perfect for round, conical, and cylindrical components.

High-Powered Laser Sources

  • Fiber and CO₂ Options (20W–100W+): Cover a wide spectrum of materials from metals to organics.

  • Material Flexibility: Engraves stainless steel, aluminium, plastics, wood, glass, and coated substrates.

  • Deep & Permanent Marking: High power ensures durability in industrial-grade applications.

Smart Control & Automation

  • Touchscreen / PC-Based Interfaces: Simplify operation with intuitive software.

  • Parameter Customisation: Adjust engraving depth, speed, and contrast with precision.

  • Barcode & Traceability Integration: Essential for UDI/UID compliance and production tracking.

Dual or Multi-Station Tables

  • Parallel Operation: While one station engraves, the other is free for loading/unloading.

  • Continuous Workflow: Minimises downtime and increases throughput.

  • Batch Efficiency: Supports high-volume production with consistent quality.

Why It Delivers More

Maximum Productivity

  • Multi-station design enables continuous part handling for uninterrupted workflows.

  • Ideal for mass production of cylindrical components in automotive, medical, and aerospace industries.

Unmatched Precision & Repeatability

  • Rotary indexing guarantees exact angular positioning for detailed, distortion-free marks.

  • Ensures consistent quality across thousands of parts.

Broad Material & Application Range

  • Supports diverse materials, from industrial metals to consumer goods plastics.

  • Flexible for branding, traceability, decorative engraving, and compliance marking.

Scalable Automation

  • Easily integrates into production lines, robotic cells, or standalone setups.

  • Reduces labour dependency and enables lights-out manufacturing.

Automotive Industry

Rotary laser engraving systems are critical in cylindrical part traceability and compliance marking in high-volume automotive production.

  • VIN, Part Number & Batch Code Engraving
  • Full Circumference Engraving of Shafts, Gears & Rings
  • Durability Under Harsh Conditions

Electronics Manufacturing

Rotary laser systems provide precise, non-contact engraving on small-diameter components and housings essential for electronic assembly and traceability.

  • Connector & Chip Marking
  • PCB & Cable Serialisation
  • Zero-Contact, Cleanroom-Ready

Jewellery & Luxury Products

Rotary laser engraving enables high-precision personalisation and brand protection on small luxury goods with curved surfaces.

  • Circumferential Engraving on Rings & Bracelets
  • Custom Hallmarking and Logos
  • Surface Quality Preservation

Aerospace & Defense

In aerospace manufacturing, rotary laser engraving is used for critical part identification and lifecycle tracking on cylindrical and curved components.

  • Mission-Critical Component Marking
  • Compliance with MIL-STD and ATA Spec 2000
  • Precision on High-Performance Alloys

Round Tools Manufacturing

Rotary indexing laser systems are ideal for engraving cylindrical tooling and cutting inserts, ensuring repeatability, traceability, and performance control.

  • Marking of End Mills, Drills, and Taps
  • Branding and QR Code Engraving
  • Edge-Safe Marking

United Spectrum Instruments is the official distributor of ACSYS Lasertechnik GmbH (Germany) in India, offering industry-leading rotary index laser engraving machines tailored for marking, deep engraving, and serial coding across diverse materials and markets.

Why Partner with Us?

  • Expert support from pre-sales to post-installation
  • Custom automation and machine configurations
  • Robust German-built systems with Indian service support
  • Decades of application expertise in industrial laser solutions

FAQs

Metals (stainless steel, brass, aluminium), plastics, glass, wood, coated materials, and more.

Rotary systems allow automated circumferential or multi-face engraving without repositioning, which improves throughput and accuracy.

Yes. With dual-station indexing tables, one side engraves while the other side is loaded, allowing near-continuous operation.

Fiber lasers are best for metals, while CO2 lasers excel with organic or non-metallic materials.

Absolutely. We provide turnkey and custom-engineered rotary laser solutions tailored to your production flow and part specifications.

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FAQs

Metals (stainless steel, brass, aluminium), plastics, glass, wood, coated materials, and more.

Rotary systems allow automated circumferential or multi-face engraving without repositioning, which improves throughput and accuracy.

Yes. With dual-station indexing tables, one side engraves while the other side is loaded, allowing near-continuous operation.

Fiber lasers are best for metals, while CO2 lasers excel with organic or non-metallic materials.

Absolutely. We provide turnkey and custom-engineered rotary laser solutions tailored to your production flow and part specifications.

WHAT WE OFFER

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