4D.TWO

The next gen­er­a­tion of process monitoring

4D.TWO

The next gen­er­a­tion of process monitoring

Not the answer to life, the uni­verse and all

4D.TWO is your uni­ver­sal mul­ti­sen­sor data source for (almost) every laser appli­ca­tion, for which process mon­i­tor­ing is cru­cial in terms of qual­i­ty con­trol. It far exceeds the capa­bil­i­ties of oth­er sen­sors with regard to speed, sen­si­tiv­i­ty and ver­sa­til­i­ty. It pro­vides >1M samples/s from 42+ sin­gle sen­sors with dif­fer­ent phys­i­cal prop­er­ties – on one com­pact device.

Not the answer to life, the uni­verse and all

4D.TWO is your uni­ver­sal mul­ti­sen­sor data source for (almost) every laser appli­ca­tion, for which process mon­i­tor­ing is cru­cial in terms of qual­i­ty con­trol. It far exceeds the capa­bil­i­ties of oth­er sen­sors with regard to speed, sen­si­tiv­i­ty and ver­sa­til­i­ty. It pro­vides >1M samples/s from 42+ sin­gle sen­sors with dif­fer­ent phys­i­cal prop­er­ties – on one com­pact device.

Our most impor­tant objec­tives for your applications

Genauigkeit

Increase the accu­ra­cy of process monitoring.

Clas­si­fy errors.

But instead to most ques­tions regard­ing the laser process

4D.TWO simul­ta­ne­ous­ly records the com­plete ranges in the vis­i­ble (VIS) as well as the near-infrared (NIR) wave­length range – with 16 chan­nels in the VIS and 16 chan­nels in the NIR. In addi­tion to these spec­tral­ly resolved chan­nels, the 4D.TWO has chan­nels or order 0 for VIS, NIR and back reflec­tion. With these chan­nels, the spec­tral ranges are ful­ly detect­ed with sam­pling rates of up to 100 kHz.

But instead to most ques­tions regard­ing the laser process

4D.TWO simul­ta­ne­ous­ly records the com­plete ranges in the vis­i­ble (VIS) as well as the near-infrared (NIR) wave­length range – with 16 chan­nels in the VIS and 16 chan­nels in the NIR. In addi­tion to these spec­tral­ly resolved chan­nels, the 4D.TWO has chan­nels or order 0 for VIS, NIR and back reflec­tion. With these chan­nels, the spec­tral ranges are ful­ly detect­ed with sam­pling rates of up to 100 kHz.

Detect short­est events – thanks to Loss­less Technology

With Loss­less Tech­nol­o­gy, we detect very short devi­a­tions in your laser process­es. Events of <40 µs can be reli­ably detect­ed in the event of a sig­nal change (decrease or increase by 100 %).

Exam­ple: At brisk 1000 mm/s feed, this is only 40 µm. So small­er than most laser spots. Effec­tive­ly less than a hair’s breadth.

We only require mod­er­ate mea­sure­ment rates for this, thus decreas­ing the required data vol­ume from all 32 opti­cal chan­nels to 25% already for the raw data, com­pared to 3 chan­nels at 250 kHz each.

Sched­ule con­sul­ta­tion appointment

Your advan­tages

Produktivitaet

Increase your productivity

by reduc­ing your reject rate

Pseudofehler

Less pseu­do errors

due to more pre­cise selec­tion and com­bi­na­tion of channels

Totzeit

Increased pro­duc­tiv­i­ty

due to reduced downtimes

Klassifizierung

Find the cause of you issue more quick­ly, by

clas­si­fy­ing errors

Your advan­tages

Produktivitaet

Increase your productivity

by reduc­ing your reject rate

Pseudofehler

Less pseu­do errors

due to more pre­cise selec­tion and com­bi­na­tion of channels

Totzeit

Increased pro­duc­tiv­i­ty

due to reduced downtimes

Klassifizierung

Find the cause of you issue more quick­ly, by

clas­si­fy­ing errors

Fast. Pre­cise. Tai­lored to your requirements.

  • ONE sen­sor for all your appli­ca­tions – tai­lored to every appli­ca­tion with soft­ware con­fig­u­ra­tion. Less train­ing for your staff, more com­pa­ny-wide standards.
  • Fast sup­port world­wide. Most set­tings in the soft­ware, less sup­port required on site. Use the pos­si­bil­i­ties of remote maintenance.
  • AI, Big Data, machine learn­ing – how­ev­er you call it, use the advan­tages of the data vol­ume and cre­ate your own USPs.

Fast. Pre­cise. Tai­lored to your requirements.

  • ONE sen­sor for all your appli­ca­tions – tai­lored to every appli­ca­tion with soft­ware con­fig­u­ra­tion. Less train­ing for your staff, more com­pa­ny-wide standards.
  • Fast sup­port world­wide. Most set­tings in the soft­ware, less sup­port required on site. Use the pos­si­bil­i­ties of remote maintenance.
  • AI, Big Data, machine learn­ing – how­ev­er you call it, use the advan­tages of the data vol­ume and cre­ate your own USPs.

Be smart. Adapt. Ben­e­fit. Inde­pen­dent of process and application.

  • Weld­ing
  • 3D print­ing
  • Struc­tur­ing
  • Heat treat­ment
  • Clean­ing
  • Cut­ting
  • LPBF
  • Coat­ing
  • Laser bond­ing
  • Hard sol­der­ing
  • Drilling
  • |
  • Bat­tery cells
  • Bipo­lar plates
  • e‑mobility
  • Hydro­gen
  • Auto­mo­tive
  • Aero­space
  • Med­ical products
  • Elec­tri­cal components

Data sheets

4D.TWO
4D.TWO eco

Data sheets

4D.TWO
4D.TWO eco

Patent

The respec­tive patent with the title Device for the spec­tral­ly resolved detec­tion of opti­cal radi­a­tion (file num­ber DE: 10 2021 111 892.1) can be found here.

Con­tact us!

If you would like to learn more about our prod­ucts and ser­vices, or would like to request a cus­tomized offer, please do not hes­i­tate to con­tact us. You can con­tact us by phone, via email or by using our con­tact form. We look for­ward to receiv­ing your enquiry!

Con­tact
Sched­ule con­sul­ta­tion appointment

Con­tact us!

If you would like to learn more about our prod­ucts and ser­vices, or would like to request a cus­tomized offer, please do not hes­i­tate to con­tact us. You can con­tact us by phone, via email or by using our con­tact form. We look for­ward to receiv­ing your enquiry!

Con­tact
Sched­ule con­sul­ta­tion appointment
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