TRUMPF Technology Questions: Quiz!
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When was TRUMPF founded?
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1923
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1968
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1932
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1997
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Dive into the TRUMPF Technology Questions: Quiz! Explore key financial and operational metrics of TRUMPF, including founding year, employee count, and revenue details for fiscal year 2008\/2009. Assess your understanding of corporate finance within a real-world context.
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- 2.
How many employees worked with the TRUMPF Group at the end of fiscal year 2008/2009?
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4,300
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7,770
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1,064
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6,900
Correct Answer
A. 7,770Explanation
The correct answer is 7,770. This suggests that at the end of the fiscal year 2008/2009, there were 7,770 employees working with the TRUMPF Group.Rate this question:
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- 3.
How much was the annual revenue of TRUMPF Group in fiscal year 2008/2009?
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$5.1 billion
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$1.2 billion
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$ 2.3 billion
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$10.6 billion
Correct Answer
A. $ 2.3 billionExplanation
In fiscal year 2008/2009, the annual revenue of TRUMPF Group was $2.3 billion.Rate this question:
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- 4.
How much was the annual revenue of TRUMPF Inc., Farmington, CT (including US, MEX, CAN) in fiscal year 2008/2009?
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$300 Mio.
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$100 Mio.
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$150 Mio.
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$800 Mio.
Correct Answer
A. $300 Mio.Explanation
The annual revenue of TRUMPF Inc., Farmington, CT (including US, MEX, CAN) in fiscal year 2008/2009 was $300 million.Rate this question:
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- 5.
When starts and ends the fiscal year of TRUMPF?
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10/1 - 9/30
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7/1 - 6/30
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1/1 - 12/31
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4/1 - 3/31
Correct Answer
A. 7/1 - 6/30Explanation
TRUMPF's fiscal year starts on July 1st and ends on June 30th. This means that the company's financial reporting and accounting period spans from July to June of the following year.Rate this question:
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- 6.
What percentage of the overall revenue of TRUMPF Inc. was generated directly or indirectly with laser technology in fiscal year 2008/2009?
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3%
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21%
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71%
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90%
Correct Answer
A. 71%Explanation
In fiscal year 2008/2009, 71% of the overall revenue of TRUMPF Inc. was generated directly or indirectly with laser technology. This means that laser technology played a significant role in the company's revenue generation during that period.Rate this question:
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- 7.
Where are the TruMark products developed and manufactured?
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Plymouth, MI
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Ditzingen, Germany
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Schramberg, Germany
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Gruesch, Switzerland
Correct Answer
A. Gruesch, SwitzerlandExplanation
The TruMark products are developed and manufactured in Gruesch, Switzerland.Rate this question:
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- 8.
The TruMark Service Center is located in?
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Farmington, CT
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Plymouth, MI
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Ditzingen, Germany
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TRUMPF Canada
Correct Answer
A. Plymouth, MIExplanation
The TruMark Service Center is located in Plymouth, MI. This answer is correct because it directly states the location of the service center.Rate this question:
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- 9.
Who owns TRUMPF?
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Venture capitalists
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Public traded company
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Family owned
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Global investment company
Correct Answer
A. Family ownedExplanation
TRUMPF is owned by a family. This means that the company is not publicly traded and does not have venture capitalists or a global investment company as owners. The fact that TRUMPF is family owned suggests that it is likely a privately held company, with ownership and control held within the family.Rate this question:
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- 10.
For North America Spare parts for TruMark products are delivered from:
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Plymouth, MI
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Ditzingen, Germany
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TRUMPF Canada
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Farmington, CT
Correct Answer
A. Farmington, CTExplanation
The correct answer is Farmington, CT because it is mentioned in the given options as one of the locations from where spare parts for TruMark products are delivered in North America.Rate this question:
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- 11.
What does laser stand for?
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Light Amplification by Stimulated Emission of Radiation
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Long Amplification by Simulated Emission of Radiation
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Light Acceleration by Stimulated Emission of Radiation
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Light Amplification by Stipulated Emission of Radiation
Correct Answer
A. Light Amplification by Stimulated Emission of RadiationExplanation
The correct answer is Light Amplification by Stimulated Emission of Radiation. This is the full form of the term "laser." A laser is a device that emits a focused beam of light through the process of stimulated emission. The term "amplification" refers to the process of increasing the intensity or power of the light, and "stimulated emission" refers to the process by which photons are emitted from excited atoms or molecules. Therefore, the correct answer accurately describes the principles behind the functioning of a laser.Rate this question:
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- 12.
For laser light generation one needs at least?
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Amplifier and q-switch
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Pump energy, resonator and laser medium
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Laser medium, q-switch and pump energy
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Pump energy, aperture and laser medium
Correct Answer
A. Pump energy, resonator and laser mediumExplanation
To generate laser light, three essential components are required: pump energy, resonator, and laser medium. The pump energy is needed to excite the atoms or molecules in the laser medium, raising them to a higher energy state. The resonator provides the necessary feedback to create a coherent beam of light by reflecting the photons back and forth through the laser medium. Finally, the laser medium itself is the material that emits the laser light when stimulated by the pump energy. Therefore, all three components are necessary for laser light generation.Rate this question:
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- 13.
Which of the following statement is wrong?
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A fiber laser with Ytterbium is a solid state laser
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Nd-YAG and Nd-YVO4 generate 1,064nm wavelength
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Ytterbium and Vanadate have the exact same wavelength
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Nd-YVO4 and Vanadate are exactly the same laser medium
Correct Answer
A. Ytterbium and Vanadate have the exact same wavelengthExplanation
Ytterbium and Vanadate do not have the exact same wavelength.Rate this question:
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- 14.
End-pumped lasers are used because of?
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Low cost
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Simple design
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Every diode pumped laser is end-pumped
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Better beam quality
Correct Answer
A. Better beam qualityExplanation
End-pumped lasers are used because they offer better beam quality. This means that the laser beam produced by an end-pumped laser is more focused and has a higher spatial coherence compared to other types of lasers. This is important in applications where a high-quality, precise laser beam is required, such as in laser cutting, laser engraving, and scientific research. By using end-pumping, the laser system can achieve a more efficient energy transfer and produce a beam with improved characteristics, resulting in better overall performance.Rate this question:
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- 15.
A Vanadate laser with frequency tripling generates the following wavelength?
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355nm
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532nm
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1,064nm
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365nm
Correct Answer
A. 355nmExplanation
The correct answer is 355nm. A Vanadate laser with frequency tripling refers to a type of laser that uses a Vanadate crystal to generate laser light. Frequency tripling is a process where the laser light's frequency is tripled, resulting in a shorter wavelength. In this case, the wavelength generated is 355nm, which falls within the ultraviolet range of the electromagnetic spectrum.Rate this question:
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- 16.
If one needs a long depth of focus one should choose?
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Fiber laser over a Nd-YAG laser
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Long focal length and long wavelength
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Good beam quality with a short focal length
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IPG over a TRUMPF fiber
Correct Answer
A. Long focal length and long wavelengthExplanation
A long depth of focus refers to the ability of a lens or laser system to maintain focus over a larger range of distances. In this case, choosing a long focal length and long wavelength would be the best option. A longer focal length allows for a larger depth of focus, while a longer wavelength increases the diffraction limit, resulting in a larger depth of focus as well. This combination ensures that the laser beam remains focused over a greater distance, making it suitable for applications where a long depth of focus is required.Rate this question:
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- 17.
For some plastics a UV laser is advantageous. Why?
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Plastics evaporate better with a UV laser
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UV laser reflects better on plactics than infra-red
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Absorption of 355nm wavelength is higher than 1,064nm
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Plastics are designed to be marked with a UV laser
Correct Answer
A. Absorption of 355nm wavelength is higher than 1,064nmExplanation
The absorption of a UV laser with a wavelength of 355nm is higher than that of an infra-red laser with a wavelength of 1,064nm. This means that the UV laser is more effective in transferring energy to the plastics, resulting in better marking or processing.Rate this question:
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- 18.
Why is a Nd-YAG better suited to mark metals than a CO2 laser?
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Nd-YAG laser has a higher average power
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CO2 lasers are more expensive than Nd-YAG
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CO2 lasers have bigger spot size which results in bigger mark fields
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On metals Nd-YAG lasers have better absorption than CO2
Correct Answer
A. On metals Nd-YAG lasers have better absorption than CO2Explanation
Nd-YAG lasers are better suited to mark metals because they have better absorption on metal surfaces compared to CO2 lasers. This means that the Nd-YAG lasers are able to transfer more energy to the metal, resulting in a more effective and precise marking. The higher absorption of Nd-YAG lasers on metals makes them a preferred choice for marking applications on metal surfaces.Rate this question:
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- 19.
On plastics a photochemical effect can take place using a laser with a wavelength of?
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355nm
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532nm
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1,064nm
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1,062nm
Correct Answer
A. 355nmExplanation
Plastics can undergo a photochemical effect when exposed to a laser with a specific wavelength. In this case, the correct wavelength is 355nm. This specific wavelength is absorbed by the plastic material, causing it to undergo a photochemical reaction. The other wavelengths mentioned (532nm, 1,064nm, and 1,062nm) are not the optimal wavelengths for inducing a photochemical effect in plastics.Rate this question:
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- 20.
Which of the following statements for the IPG fiber laser is correct?
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Can run at higher frequencies than a TRUMPF fiber
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Resonator contains a Q-switch
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Has a better beam quality than a TRUMPF fiber laser
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Design is fully monolithic
Correct Answer
A. Resonator contains a Q-switchExplanation
The correct answer is "Resonator contains a Q-switch." A Q-switch is a device used to control the output of a laser by rapidly switching the laser cavity between a high-Q (high quality factor) and a low-Q state. This allows for the generation of short, high-energy pulses of laser light. The presence of a Q-switch in the resonator of an IPG fiber laser indicates that it is capable of producing high-energy pulses, making the statement correct.Rate this question:
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- 21.
What is the best beam quality that can be theoretically achieved? Values are in M2.
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1.2
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1
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0
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10
Correct Answer
A. 1Explanation
The best beam quality that can be theoretically achieved is 1. This indicates that the beam is perfectly focused and has the smallest possible divergence angle, resulting in a highly concentrated and well-defined beam. A value of 1 signifies an ideal beam quality with minimal distortion or spreading.Rate this question:
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- 22.
What is the big advantage of a beam stirred laser marking system over laser marking with a mask?
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Low price
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Very fast laser marks
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Both technologies are more or less equal in performance
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Flexibility and large mark fields
Correct Answer
A. Flexibility and large mark fieldsExplanation
A beam stirred laser marking system offers the advantage of flexibility and large mark fields compared to laser marking with a mask. This means that the beam stirred system allows for greater versatility in marking different types of materials and products, as well as the ability to create larger and more complex marks. In contrast, laser marking with a mask may be limited in terms of the size and variety of marks that can be produced. Therefore, the flexibility and large mark fields provided by the beam stirred system make it a preferable choice for many applications.Rate this question:
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- 23.
To achieve a large mark field one need?
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Long focal length
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Small wavelength
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Small scanner mirrors
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A fiber laser
Correct Answer
A. Long focal lengthExplanation
A long focal length is needed to achieve a large mark field. A longer focal length allows for a larger area to be focused on, resulting in a larger mark field. By increasing the distance between the lens and the object being marked, the focal length increases, allowing for a larger mark field to be achieved.Rate this question:
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- 24.
Which of the following statements is correct?
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A MOFPA fiber laser contains a q-switch
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All fiber lasers contain at least one amplifier
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MOFPA fiber lasers are used by IPG
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TRUMPF buys the fiber lasers from Quantel
Correct Answer
A. All fiber lasers contain at least one amplifierExplanation
All fiber lasers contain at least one amplifier. This statement implies that amplifiers are a necessary component in all fiber lasers. Amplifiers are used to increase the power of the laser beam by amplifying the light signal. Therefore, it can be concluded that all fiber lasers require at least one amplifier for their operation.Rate this question:
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Current Version
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Mar 21, 2023Quiz Edited by
ProProfs Editorial Team -
Jan 05, 2010Quiz Created by
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