Laser incision of wood for the modification of liquid impregnation

Subhasisa Nath, David Waugh, Morwenna Spear, Graham Ormondroyd, Andy Pitman, Paul Mason

Research output: Contribution to conferenceAbstract

Abstract

To increase the penetration and distribution of preservative chemicals, the incision of timber is a crucial process within the wood processing industry. As a result of this, there has recently been an increase in the level of interest in the development and application of incision technologies. This work demonstrates the use of Infra-red (IR) CO2 and ultra-violet (UV) Nd:YAG Laser systems for the laser-incision of Southern Yellow Pine and Redwood. By using optical microscopy, it was found that the incision depths ranged from 6 mm into the sample up to 15 mm into the sample. Hole diameters achieved ranged from 0.80 mm to 1.2 0mm. The qualitative effects of the laser-incision on the woods studied are also discussed, highlighting the best laser type for incised hole quality, incised hole profile definition, in addition to the speed and accuracy of processing. In addition to this, following the laser-incision study, the effects on liquid impregnation is studied and discussed highlighting how laser-incision technologies can be used to enhance the liquid impregnation of the woods studied.
Original languageEnglish
Number of pages13
Publication statusPublished - 3 Jul 2019
EventTimber 2019 - IOM3 - London, United Kingdom
Duration: 3 Jul 20184 Jul 2019

Conference

ConferenceTimber 2019 - IOM3
CountryUnited Kingdom
CityLondon
Period3/07/184/07/19

Fingerprint

liquids
lasers
preservatives
YAG lasers
penetration
industries
microscopy
profiles

Keywords

  • Laser
  • incision
  • wood

Cite this

Nath, S., Waugh, D., Spear, M., Ormondroyd, G., Pitman, A., & Mason, P. (2019). Laser incision of wood for the modification of liquid impregnation. Abstract from Timber 2019 - IOM3, London, United Kingdom.

Laser incision of wood for the modification of liquid impregnation. / Nath, Subhasisa; Waugh, David; Spear, Morwenna ; Ormondroyd, Graham ; Pitman, Andy ; Mason, Paul .

2019. Abstract from Timber 2019 - IOM3, London, United Kingdom.

Research output: Contribution to conferenceAbstract

Nath, S, Waugh, D, Spear, M, Ormondroyd, G, Pitman, A & Mason, P 2019, 'Laser incision of wood for the modification of liquid impregnation' Timber 2019 - IOM3, London, United Kingdom, 3/07/18 - 4/07/19, .
Nath S, Waugh D, Spear M, Ormondroyd G, Pitman A, Mason P. Laser incision of wood for the modification of liquid impregnation. 2019. Abstract from Timber 2019 - IOM3, London, United Kingdom.
Nath, Subhasisa ; Waugh, David ; Spear, Morwenna ; Ormondroyd, Graham ; Pitman, Andy ; Mason, Paul . / Laser incision of wood for the modification of liquid impregnation. Abstract from Timber 2019 - IOM3, London, United Kingdom.13 p.
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abstract = "To increase the penetration and distribution of preservative chemicals, the incision of timber is a crucial process within the wood processing industry. As a result of this, there has recently been an increase in the level of interest in the development and application of incision technologies. This work demonstrates the use of Infra-red (IR) CO2 and ultra-violet (UV) Nd:YAG Laser systems for the laser-incision of Southern Yellow Pine and Redwood. By using optical microscopy, it was found that the incision depths ranged from 6 mm into the sample up to 15 mm into the sample. Hole diameters achieved ranged from 0.80 mm to 1.2 0mm. The qualitative effects of the laser-incision on the woods studied are also discussed, highlighting the best laser type for incised hole quality, incised hole profile definition, in addition to the speed and accuracy of processing. In addition to this, following the laser-incision study, the effects on liquid impregnation is studied and discussed highlighting how laser-incision technologies can be used to enhance the liquid impregnation of the woods studied.",
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AU - Nath, Subhasisa

AU - Waugh, David

AU - Spear, Morwenna

AU - Ormondroyd, Graham

AU - Pitman, Andy

AU - Mason, Paul

PY - 2019/7/3

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N2 - To increase the penetration and distribution of preservative chemicals, the incision of timber is a crucial process within the wood processing industry. As a result of this, there has recently been an increase in the level of interest in the development and application of incision technologies. This work demonstrates the use of Infra-red (IR) CO2 and ultra-violet (UV) Nd:YAG Laser systems for the laser-incision of Southern Yellow Pine and Redwood. By using optical microscopy, it was found that the incision depths ranged from 6 mm into the sample up to 15 mm into the sample. Hole diameters achieved ranged from 0.80 mm to 1.2 0mm. The qualitative effects of the laser-incision on the woods studied are also discussed, highlighting the best laser type for incised hole quality, incised hole profile definition, in addition to the speed and accuracy of processing. In addition to this, following the laser-incision study, the effects on liquid impregnation is studied and discussed highlighting how laser-incision technologies can be used to enhance the liquid impregnation of the woods studied.

AB - To increase the penetration and distribution of preservative chemicals, the incision of timber is a crucial process within the wood processing industry. As a result of this, there has recently been an increase in the level of interest in the development and application of incision technologies. This work demonstrates the use of Infra-red (IR) CO2 and ultra-violet (UV) Nd:YAG Laser systems for the laser-incision of Southern Yellow Pine and Redwood. By using optical microscopy, it was found that the incision depths ranged from 6 mm into the sample up to 15 mm into the sample. Hole diameters achieved ranged from 0.80 mm to 1.2 0mm. The qualitative effects of the laser-incision on the woods studied are also discussed, highlighting the best laser type for incised hole quality, incised hole profile definition, in addition to the speed and accuracy of processing. In addition to this, following the laser-incision study, the effects on liquid impregnation is studied and discussed highlighting how laser-incision technologies can be used to enhance the liquid impregnation of the woods studied.

KW - Laser

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M3 - Abstract

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