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High-Efficiency Laser Heating System
Turnkey Heating & Drying Application Development
55% Energy Efficiency
Sustainable Heating & Drying
Integrated Process Monitoring
The workstation enables laser heating, curing, and drying processes to be safely brought in-house for intensive development of new and sustainable thermal applications.
55% Energy Efficiency
Sustainable Heating & Drying
Integrated Process Monitoring
The workstation enables laser heating, curing, and drying processes to be safely brought in-house for intensive development of new and sustainable thermal applications.
Sustainable, Energy-Efficient Heating & Drying
FAST: Laser heating and drying processes are up to 10X faster than traditional furnaces and convection ovens.
EFFICIENT: Lasers are a sustainable, all-electric solution that heat only the target surface rather than generating unproductive waste heat.
GREEN: Laser heating replaces environmentally unfriendly processes that consume fossil fuels.
The Most Efficient Heating & Drying Method
Precise Drying Process Control
A "cold" laser oven is a welcoming environment for monitoring equipment, enabling advanced metrology that is impossible in traditional furnaces. Pyrometer temperature monitoring can be used for unmatched process control, speed, and consistency.
1. Laser at full power rapidly heats material to desired temperature to initiate drying.
2. The control loop ensures the material never exceeds the target temperature range.
3. Control loop optimizes laser power during moisture removal process.
4. Control loop adjusts laser power down and then off as moisture is fully removed.
Discover Your Next Laser Solution
Our application engineers, developers, and scientists are available across dozens of global state-of-the-art IPG application centers to help with everything from process development and optimization to full scale production.
Getting started is easy — send us a sample for evaluation or just tell us about your project and we'll take it from there.
Laser Heating System Specifications
 |
| High-Efficiency Laser Heating System |
| DLS-ECO Laser Efficiency |
|---|
| 55% |
| Z-Lift Stage Travel |
| 600 mm |
| Illumination Area (XY) |
| Minimum: ~90 x 90 mm Maximum: ~200 x 200 mm |
| Work Table |
| Water-Cooled Cold Plate Optional Integrated Air Knife & Gas Delivery |
| Part Loading |
| Manual |
| Display & Operation |
| Dual Monitors with Keyboard & Mouse |
| Controller Software |
| IPG Core HMI |
| Vision |
| Visible & Infrared |
| Thermal Metrology |
| Optional FLIR Thermal Camera Optional Pyrometer Control Loop |
| Fume Extraction |
| Fume Exhaust with Flow, Temperature, & VOC Monitoring |
| Dimensions |
| 1000 W x 1260 D x 3050 H mm |
| Laser & Beam Delivery |
| IPG Laser Source |
| DLS Series Laser (4.5 kW to 20 kW) |
| Laser Integration |
| External |
| Beam Delivery Head |
| IPG Projection Head |
| Learn More |
|
|||
| DLS-ECO Laser Efficiency | 55% | ||
| Z-Lift Stage Travel | 600 mm | ||
| Illumination Area (XY) | Minimum: ~90 x 90 mm Maximum: ~200 x 200 mm | ||
| Work Table | Water-Cooled Cold Plate Optional Integrated Air Knife & Gas Delivery | ||
| Part Loading | Manual | ||
| Display & Operation | Dual Monitors with Keyboard & Mouse | ||
| Controller Software | IPG Core HMI | ||
| Vision | Visible & Infrared | ||
| Thermal Metrology | Optional FLIR Thermal Camera Optional Pyrometer Control Loop | ||
| Fume Extraction | Fume Exhaust with Flow, Temperature, & VOC Monitoring | ||
| Dimensions | 1000 W x 1260 D x 3050 H mm | ||
| Laser & Beam Delivery | |||
| IPG Laser Source | DLS Series Laser (4.5 kW to 20 kW) | ||
| Laser Integration | External | ||
| Beam Delivery Head | IPG Projection Head | ||
| Learn More |
The specifications above represent standard system configurations. IPG can offer customized specifications upon request.
Product availability may vary by region.
