CSCAM MLP 1000-5A Laser Engraving Machine Exterior

5-Axis Micro Laser Patterning

MLP 1000-5A · CS_Laser 3D

Large-Area Precision Machining System
Integrating Laser Scanner and CNC Control

The system integrates CSCAM laser-scanner and CNC control technology. It is optimized for tire side mold processing, producing seamless 3D micro-patterning without steps or joints.

Tire Side Mold Micro-Pattern Application See Application Cases

Dedicated CAM & Controller Software Learn more about Software

5-Axis SimultaneousCurved 3D Patterning

Ø1100 mmMax Machining Area

350 ㎛Engraving Depth

50 ㎛Pattern Pitch

LIVE 5-AXIS ENGRAVING PREVIEW

Laser Ablation Principle

Laser Micro-Patterning Concept

CSCAM uses Pulsed Laser-based Instant Vaporization (Ablation) technology to create precision micro-patterns on material surfaces without thermal deformation. By optimizing Nano, Pico, and Femto-second laser processing characteristics according to pulse duration, it achieves Ultra-Precision Edge Quality and Processing Productivityat the same time.

Continuous Wave vs. Pulsed Laser Machining Mechanism

Thermal and physical responses applied to materials vary depending on the laser energy input method.

CONTINUOUS WAVE

Continuous Wave Laser — Melt Processing

Continuously irradiates energy to melting and joining (welding) or melt-removing (cutting)the material. A heat-affected zone (HAZ) can form, causing thermal deformation and burrs during micro-patterning.

PULSED LASER

Pulsed Laser — Instant Vaporization & Desorption (Ablation)

Focuses advanced energy for an extremely short time to instantly vaporizing and desorbingthe material. It blocks heat transfer to surrounding areas and creates clean, distortion-free edges.

Pulsed Laser Dimple Formation Cross-section

Optimal Precision Achieved Through Pulse Width Control

As the pulse duration decreases, the heat transfer time itself is blocked, minimizing the Heat Affected Zone (HAZ). CSCAM controls the pulse region according to the process purpose.

Pulse Width Spectrum Diagram: Nano, Pico, Femtosecond

10⁻⁹ sec

Nanosecond

High material removal rate enables fast processing. A small HAZ exists, but it is suitable for high-volume removal and primary rough patterningapplications.

10⁻¹² sec

Picosecond

Balances processing efficiency and precision. It greatly suppresses thermal effects while enabling precise surface texture and high-precision 3D texturingapplications.

10⁻¹⁵ sec

Femtosecond

Implements cold ablation with ultrashort pulses shorter than the heat-transfer time, producing ultra-precision micro edges with no thermal distortion or burrs.

CSCAM Hardware Integration Technology.
CSCAM control systems support both nanosecond and femtosecond pulse-width control, and the MLP 1000-5A precisely synchronizes high-performance Nano Pulsed Laser sourcewith 5-axis rotary control at the hardware layer to produce clean edges with minimal HAZ distortion.

Real World Application

Tire Side Mold Micro-Patterning Application

Difference Between Micro-Pattern and Standard Pattern

Standard Pattern

Diffuse reflection at the boundary causes font blurring depending on the angle, resulting in low mold visibility.

Micro-Patterning (Micro Texturing)

Blocks micro-reflection angles to absorb a large amount of light, maximizing dark contrast and guaranteeing sharp outlines.

Solution for 50% higher brand visibility (MLP 1000-5A Actual Production Site Photos)

Conventional machined patterns often lose logo or information-code visibility because of diffuse reflection at metal boundaries. CSCAM micro-pattern texturing blocks light angles intentionally and creates a deep black three-dimensional structure, delivering over 50% higher contrast and sharper outlinescompared with conventional machining.

Magnified View of Machining Details

Key Advantages

System Introduction & Specifications (MLP 1000-5A)

MLP 1000-5A Multiple Installation Overview

3D Patterning System Optimized for Tire Side Molds

Combines nanosecond pulsed laser and 3D scanner control technology to realize the highest quality micro-textures.

Seamless Patterning on Large-Area Curved Surfaces Without Steps or Joints

Dedicated CAM software and precision scanner optimization technology support seamless surface-partition machining.

System Performance Verified Through Numerous Tire Side Mold Applications

Applied by global customers in Korea and abroad, confirming equipment quality and durability.
(Hundreds of sets across Europe, Korea, Russia, China, Finland, and more)

Easy Setup and Optimization Tailored for Side Plates

Operation and setup processes are simple compared to expensive European systems, offering excellent flexibility in system configuration.

System Classification	Detailed Functions & Specifications
Controlled Axis	5Axis Machine (X, Y, Z, B, C)
Machining Control Mode	TCP (Tool Center Point) & High Speed Machining Mode
Max Machining Size	Large Size Working Area (up to Ø1100 mm)
Coordinate Setup	Auto Height Sensor & Work Coordinate Setting
Fume Extraction	Fume Collector and Blower
CNC Controller	Dedicated CSCAM CNC Controller (Scanner Control Integration)
Dedicated CAM Software	CS_Laser3D by CSCAM (Auto DWG/STL Conversion)
Laser Head	Nano Pulsed Laser (50W), IPG
Galvano Scanner	3D Scanner (X, Y, Z), Scanlab
f-Theta Objective Lens	F-Theta Lens (100X100), Scanlab
Dimensions & Weight	2500 X 1800 X 2500 mm / 4800 Kg

Mass Production Record

Mass Production Record of Side Mold Texturing

Operational stability of MLP 1000-5A verified in global tire mold production sites

DOMESTIC INSTALLATION SITE · GWANGJU

Domestic Company D

Established a dedicated mass production line for tire side plate mold micro-texturing. It implements stable large-area 3D precision patterning even under 24-hour continuous operation and is applied to mass production of commercial tire lines.

OVERSEAS PRODUCTION SITE · ROMANIA

European Company D

Locally operating side plate texturing for premium tire molds supplied to the European market. It passed the quality verification of mold production lines for major European automotive brands and performs commercial mass production with a precise 5-axis machining process.

CAM & CNC CONTROL

Dedicated CAM & Controller Software

A machining scheduler and intuitive tree-structure control system improve operational efficiency for 5-axis laser patterning.

CS_Laser 3D

Dedicated 5-Axis CAM Software

Fully automatically generates 5-axis toolpaths based on CAD drawing data (DWG, STL) and visualizes the machining trajectory in real-time.

✔Automatic extraction of machining output lines based on CAD data

✔Real-time graphic representation of machining trajectory data

✔Segregated assignment of machining attributes by Font & Area regions

CS_Laser3D.exe

Micro Patterning CNC

Dedicated HMI Controller

A machine control panel software that handles internal system specifications and multiple machining operations in real-time under a touchscreen environment.

✔Real-time monitoring of laser patterning shape graphics loading

✔Intuitive selection control of machining groups and tree structures

✔Provides multi-machining scheduler functions (sequential machining calls)

HMI_Controller.exe

Large-Area Precision Machining System
Integrating Laser Scanner and CNC Control

Laser Micro-Patterning Concept