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TruMicro Series 6000
Our femtosecond powerhouse - for maximum throughput and high removal rates in series production
30 - 200 W
Average power
257 nm, 343 nm, 515 nm, 1030 nm
Wavelength
< 500 fs, < 850 fs, < 5 ps
Pulse duration
2 mJ at 1 MHz
Max. pulse energy
| Product Variants TruMicro Series 6000 | Average Power | Beam quality (M²) | Wavelength | Pulse duration | Maximum pulse energy | Pulse repetition frequency |
|---|---|---|---|---|---|---|
|
TruMicro 6020
|
200 W | < 1.3 (optional < 1.2) | 1030 nm | < 850 fs, < 5 ps | 200 µJ at 1 MHz or, 2 mJ at 100 kHz | 2000 kHz (single pulse picking) |
|
TruMicro 6220
|
100 W | 515 nm | < 850 fs | 100 µJ at 1000 kHz | 2000 kHz | |
|
TruMicro 6320
|
30 W (< 500 fs) or, 62.5 W (< 850 fs) | 343 nm | < 500 fs or, < 850 fs | 37.5 µJ at 800 kHz (30 W) or, 62.5 µJ at 1 MHz (62.5 W) |
What sets the TruMicro Series 6000 apart
– Your special features at a glance
Produce faster - with more power thanks to high pulse energy
Produce faster - with more power thanks to high pulse energy
The lasers in the TruMicro Series 6000 offer higher pulse energy than those in the TruMicro Series 2000. This allows you to increase production speed while maintaining the same pulse repetition frequency, enabling you to efficiently process even large components such as wafers or PCBs.
Suitable for any material thanks to the appropriate wavelengths
Suitable for any material thanks to the appropriate wavelengths
TruMicro Series 6000 lasers are available in different wavelength depending on the material you want to process. Infrared lasers are suitable for ceramics and glass. Lasers with a green wavelength are particularly suitable for non-ferrous metals such as brass or copper, as well as organic materials. UV lasers are used for films, plastics, and PCBs, while DUV lasers are used for film stacks and multilayer films.
Gentle machining - thanks to ultrashort pulsing
Gentle machining - thanks to ultrashort pulsing
The TruMicro Series 6000 uses ultrashort pulses that deliver their energy into the material in an extremely short amount of time. This results in virtually no heat-affected zone, enabling cold machining without deformations, burn marks, or time-consuming rework. At the same time, each individual pulse removes material in a targeted manner without energy accumulating in the component. This allows you to control material removal with precision and achieve consistently reproducible results. This method allows even strongly reflective materials, such as copper or transparent materials, to be processed reliably.
Flexible for any task - with precisely controllable pulse parameters
Flexible for any task - with precisely controllable pulse parameters
You can flexibly adjust the pulse energy and pulse repetition frequency to suit the material and application. Each individual pulse is energetically stabilized, ensuring reproducible results. With short pulse durations in the femtosecond range, you can keep heat input to a minimum. The pulse repetition frequency can also be adjusted during the process - for example, to match the feed rate of the processing optics.
Clean along every contour with an adjusted pulse repetition frequency
Clean along every contour with an adjusted pulse repetition frequency
With Advanced Pulse on Demand, the TruMicro Series 6000 triggers each laser pulse exactly when it is needed. This function keeps the pulse interval constant even when the feed rate changes - for example, in curves where the laser beam is guided more slowly. This prevents pulses from overlapping and allows them to be precisely placed along the desired contour with a spatial resolution down to the submicrometer range. This also ensures consistent, reproducible results even for short, complex contours with frequent changes in speed and direction -such as extremely fine recesses like display notches.
Versatile material effects thanks to flexible operating modes
Versatile material effects thanks to flexible operating modes
Depending on the application, you can determine how the laser emits its pulses: from individual ultrashort pulses to high pulse repetition frequencies in quasi-continuous-wave (QCW) mode. In burst mode, you combine multiple ultrashort pulses into a compact pulse train and precisely control their timing and energy distribution. For example, this allows you to melt surfaces in a controlled manner or ablate material more efficiently. Particularly when working with metals, this opens up additional possibilities to specifically tailor the machining process to the relevant application.
Further advantages
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Easy to integrate, flexible to expand - thanks to standard fieldbus interfaces
The TruMicro Series 6000 offers interfaces to all common fieldbus systems, allowing you to easily integrate the lasers into the central control of your automated production line. This reduces the amount of wiring required and makes it easier to expand the system at a later date.
One system. Everything from TRUMPF.
– Discover available components and services for this laser
A laser alone is not a solution. Only in combination with precise optics, intelligent sensor technology and tailor-made services can a system be created that makes your applications possible and ensures reliable processes. With TRUMPF, you have a partner who not only supplies technology, but also reliable process results - solutions that measurably advance your production and pay off through sustainable success.
Services for maximum system availability
to keep your production runningOverview
How much standstill can you afford? Production downtime costs time, money - and, in the worst case, customers. To ensure that your lasers and laser systems remain operational in the long term, we support you with sophisticated services. This includes predictive condition monitoring, rapid assistance in the event of an emergency and individual service packages at fixed, predictable costs - tailored precisely to your needs.
Condition Monitoring for lasers and laser systems
With Condition Monitoring, our experts - supported by TRUMPF's own algorithms - keep a constant eye on the condition of your lasers. Critical changes are detected at an early stage before unplanned downtime occurs.
Technical Service
No matter where you produce: Our service engineers will be there for you quickly if the worst comes to the worst. Thanks to in-depth manufacturer know-how and regular training, they have outstanding expertise - and ensure that your lasers and laser systems are quickly ready for use again.
Remote Support
In the event of a fault, every minute counts: With TRUMPF Remote Support, you receive immediate help from our experts - via secure remote access, without having to travel or wait for a service technician.
Genuine Parts
Our TRUMPF Genuine Parts are perfectly matched to your lasers and laser systems, available worldwide - and can be delivered to you quickly in an emergency. For maximum performance, minimum downtime and long-term investment security.
Service Agreements
As much service as you need: Our Service Agreements offer graduated service packages - tailored precisely to your needs and at fixed, predictable costs. From Remote Support and maintenance to full service packages.
Services for performance optimization
so that performance becomes best performanceOverview
Do you want to get more out of your production? Unclear data, complex requirements or unexpected errors often slow down production. Our solutions help you to overcome these hurdles - with structured data management, individual application support and training or AI-supported process optimization. This allows you to improve your processes, reduce errors and react more flexibly to new challenges.
Smart View for lasers and laser systems
Keep an eye on all relevant data: With Smart View, you can create individual dashboards with precisely the information and key figures that are crucial for the optimal use of your lasers and laser systems - from performance data to statuses and energy consumption through to program changes.
Advice in our application centers
In our laser application centers at eight locations worldwide, we work with you to optimize processes, solve application-specific challenges - and thus create the basis for consistent quality, shorter start-up phases and a faster time to market.
A comparison of our TruMicro range
| Product |
TruMicro Series 6000Our femtosecond powerhouse - for maximum throughput and high removal rates in series production |
TruMicro Series 2000Our compact precision machine – delicate microprocessing with maximum flexibility in the process parameters |
TruMicro Series 9000Our pioneer - groundbreaking microprocessing of large surfaces with 1 kW power |
|---|---|---|---|
| Average power | 30 W - 200 W | 10 W - 20 W | 1000 W |
| Wavelength | 343 nm, 515 nm, 1030 nm | 515 nm, 1030 nm | 1030 nm |
| Beam quality (M²) | < 1.3 (optional ≤ 1.2) | < 1.2 (<1.3 bei 515 nm) | < 1.3 |
| Pulse duration | < 850 fs (optional < 5 ps at 1030 nm and < 500 fs at 343 nm) | < 350 fs (1030 nm, variably adjustable up to 20 ps) | 1 ps (optional fixed value between 1 and 20 ps) |
| Maximum pulse energy | 2 mJ with 100 kHz | 100 µJ with 200 kHz | 10 mJ with 100 kHz |
| Pulse repetition frequency | Single shot up to 3 MHz (50 MHz with QCW option) | Single shot up to 2 MHz (50 MHz with QCW option) | Single shot up to 1 MHz (50 MHz with QCW option) |