Products Home光学製品クリーニング用品
- Wipes, Tissues, Forceps, & Dusters
- Wash & Dropper and Dispenser Bottles
- Polymer Solution Cleaning Kits
B2939
Wash & Dropper Bottle Kit
BD8
Solvent Dispenser
CTA10
Cotton-Tipped Applicators
MC-5
Lens Cleaning Tissues
CA4-US
Duster
PCK2
Red First Contact® Polymer
Regular All-Inclusive Cleaning Kit
PLW24
2" x 4" OPTO-WIPES Lens Cleaning Wipes
Please Wait
当社では光学部品のクリーニングとメンテナンス用として、以下の製品を取り揃えております。
- 光学素子用クリーニング用品:光学素子用クリーニングコットンパッド、レンズ用ティッシュ、精密レンズ用クリーニングワイプOPTO-WIPES、光学素子用綿棒、鉗子
- コネクタ用クリーニング用品:キムワイプ®†(箱)、コットンチップ付きアプリケータ
- 洗浄ボトルおよびドロッパーボトル:研究室で一般的に使用される溶剤用に4本の洗浄ボトルと3本のドロッパーボトル(溶剤は含まれません)
- ワンタッチポンプ式のディスペンサーボトル:光学素子清掃時の溶剤の蒸発を最小限に抑える容器
†Kimwipes®(キムワイプ)は、Kimberly-Clark社の登録商標です。
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Figure 2.2 Updated B2939 Packaging
Figure 2.1 Smart Pack Logo
Smart Pack Goals
- Reduce Weight of Packaging
- Increase Usage of Recyclable Materials
- Improve Packing Integrity
- Decrease Shipping Costs
Thorlabs' Smart Pack Initiative is aimed at minimizing waste while providing adequate protection for our products. By eliminating any unnecessary packaging, implementing design changes, and utilizing eco-friendly materials, this initiative seeks to reduce the environmental impact of our product packaging.
The updated B2939 packaging primarily consists of recycled paper and cardboard and weighs 23% less than the original packaging. This weight change results in a 70.86 kg reduction in travel-based CO2 emissions per year, based on typical product sales.
As we move through our product line, we will indicate re-engineered, eco-friendly packaging with our Smart Pack logo, which can be seen in Figure 2.1.
| Posted Comments: | |
Kilian Müller
(posted 2025-03-27 12:21:41.11) Hi,
I have successfully used the Red First Contact® Polymer for cleaning optics from dust and / or residue. However, I have also noticed that a mirror attracted dust after having cleaned it with the Red First Polymer:
After having removed the dried polymer film I noticed that the cleaned surface could pick up dust from a few millimeters distance when holding it upside down over a dusty surface.
I suspect that the surface of the mirror becomes electrostatically charged when removing the polymer film.
My question is whether this is a known phenomenon, and whether you know any ways how to eliminate this quite counterproductive effect.
Thank you! blarowe
(posted 2025-03-27 03:28:33.0) Thank you for contacting Thorlabs. While not necessarily a known phenomenon, it isn't completely surprising to see some static charge built up when removing the polymer. We unfortunately do not have any official guidance as on minimizing the effect, though any way of grounding the optic would likely be effective. D. S.
(posted 2024-09-27 09:09:58.153) Hi,
what is happening with the optical tissues MC-5 (and MC-50E)? Recent batches seem less soft (a lot harder) than previously. Also, lead time has been increased to three weeks.
This is a basic but fundamental item for any optical production operation. Can you comment on these developments so that we would know what to expect in the future. Is this production going to be changed, discontinued, etc. ? EGies
(posted 2024-11-01 01:13:02.0) Thank you for contacting Thorlabs, and for notifying us of the issues you've been seeing with MC-5 and MC-50E. The manufacturing process for these parts has not changed in recent years, and there are currently no planned production changes for the future. I have reached out to you directly regarding the particular lots of product you received in order to evaluate potential causes. user
(posted 2021-10-12 18:55:24.24) Does Thorlabs sell just the dropper bottles? I do not need the wash bottles. YLohia
(posted 2021-10-15 11:19:16.0) Thank you for contacting Thorlabs. Custom or component level parts can be requested by contacting your local Thorlabs distributor (in your case Laser 21 Pte Ltd. P: +(65) 6565 1221 / E: sales@laser-21.com). We will discuss the pricing and lead time directly. user
(posted 2018-09-24 14:30:15.053) Please bring back the small (30mL?) glass dropper bottles for solvents sold apart from the large squirt bottles. Thank you! llamb
(posted 2018-09-27 11:41:33.0) Thank you for your feedback. The glass dropper bottle was superseded because its rubber dropper portion would deteriorate within 1-2 years and contaminate the solvent inside the bottle. We moved to these plastic dropper bottles that are made from non-reactive plastic instead to avoid this contamination. While we are not planning on bringing the glass bottle back at this time, we may be able to offer a special offering of it. Please email techsupport@thorlabs.com if you would prefer this option, though keep in mind the potential contamination. user
(posted 2014-09-17 12:13:41.8) I have the same issue as Makarov. Our BD8 dispenser bottle refuses to fountain (even when sitting on a flat surface). It seemed to work initially, but stopped soon after purchase in May 2013 (maybe because the level dropped below the half way mark, as Makarov observed). jlow
(posted 2014-09-18 04:36:11.0) Response from Jeremy at Thorlabs: Since you did not leave your contact information, can you contact our RMA department please? We can arrange to have a new one sent to you. makarov
(posted 2013-12-02 20:50:46.217) We can't get the bottle to work unless it's full. When it's filled under 1/2, no amount of pressing or shaking gets ethanol fountaining. The pump does not work. Is there any trick we're missing? cdaly
(posted 2013-12-05 02:08:40.0) Response from Chris at Thorlabs: Thank you for using our feedback tool. The bottle should sit on a flat surface. You should not need to pick up, shake or squeeze the bottle. If you open the lid and push down on the top, suction will draw fluid up and create a small pool in the reservoir. If you turn the bottle sideways, it cannot work when the level is below halfway since the liquid will not make it to the end of the hose inside. klee
(posted 2009-09-28 11:15:48.0) A response from Ken at Thorlabls to d.sarkar: We do not sell any chemicals. We only sell the empty bottles used to store them. d.sarkar
(posted 2009-09-28 09:51:43.0) Dear Sir/Madam,
do you offer Methanol (spectroscopic grade) ?
Kind regards,
Dipankar
Dipankar Sarkar
University of Sheffield |
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Webril®コットンパッド (CP-100)
- 綿100%、不織布、繊維が残らず吸収性に優れる
- 1パック100枚入り
- カットサイズ：100 mm x 200 mm
上質不織布のカット綿。無菌室以外でパッケージを開けた後でも清潔にお使いいただけるよう、それぞれのパッド(100 mm x 200 mm)を半分(100 mm x 100 mm)に折って梱包しています。本カット綿には、汚染物質や粘着物は含まれていないため、光学素子クリーニング用溶剤と一緒にお使いいただくのに適しています。各パッドは、光学素子の表面を1度でふき取ることができるよう十分な大きさにカットされ、レンズなど曲線状の部品にもお使いいただけます。また、保管容器に入れる前に光学素子を包む用途としてもお使いいただけます。
ズームレンズティッシュ (MC-5)
- 非常にソフトな高品質ティッシュ(25枚/冊子、5冊子/パック)
- シートサイズ：124 mm x 73 mm
- 米国政府のレンズティッシュ規格：A-A-50177Bに適合
レンズティッシュまとめ買い用 (MC-50E)
- 非常にソフトな高品質ティッシュ(25枚/冊子、50冊子/箱)
- 開閉式ボックスで簡単保管
- 米国政府のレンズティッシュ規格：A-A-50177Bに適合
レンズティッシュには、汚染物質や粘着物の無い、124 mm x 73 mmのオーガニック繊維を使用しております。そのため、本製品は、高品質の光学素子のクリーニングに適し、光学素子洗浄溶剤の使用の有無にかかわらずお使いいただけます。また、光学素子にほこりや繊維を残しません。保管ケース収納時の光学素子の保護にもお使いいただけます。
ズーム- ワイプの寸法(公称値)
- 50 mm x 100 mm
- 76 mm x 76 mm
- 一般的な溶剤による光学素子のクリーニングに対応
- ポリエステルとセルロースの繊維からハイドロエンタングルメントプロセスにより製造
この青色の精密レンズ用クリーニングワイプは、ポリエステルとセルロースの繊維からハイドロエンタングルメントプロセスで製造されており、柔らかいながら耐久性に優れたリントフリークロスです。リントフリーであるため、クラス100までのクリーンルームで使用可能です。ガラス、プラスチック、コーティング、結晶、ファイバーパッチケーブルの端面など、様々な光学材料や光学部品のクリーニングに使用できます。またこのワイプは、アセトンやメタノールなど、光学部品の洗浄に一般的に使用される溶剤と組み合わせてご使用いただくことができます。日常的な光学素子のクリーニング、レンズの組み立て、光学部品の製造、光学コーティング作業、ファイバのクリーニングなど、様々な作業でご利用いただけます。
2種類のサイズをご用意：50 mm x 100 mm(800枚入り)および76 mm x 76 mm(600枚入り)のパッケージをご用意しております。
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鉗子とレンズ用ティッシュペーパを用いた光学素子のクリーニング
- ステンレススチール製
- 真っ直ぐなタイプと曲がったタイプから選択可能
- 光学素子のクリーニング時にレンズ用ティッシュペーパを押さえるのに適した固定グリップ
当社のステンレススチール製の鉗子は、先端が細くなっているので小さな物をつかむのに適しています。 鉗子の固定グリップにより、先端を閉じた状態で保持することができます。 FCPAは先端が曲がったタイプ、FCPは先端が真っ直ぐなタイプです。
ズーム| Table G5.1 Specifications | |||
|---|---|---|---|
| Item # | PCK1 | PCK2 | PCK3 |
| Component | Quantity | ||
| 15 mL Red Formula Applicator Bottle | 1 | ||
| 29 mL Red Formula Refill Bottle | 2 | 2 | 4 |
| 29 mL Thinner Bottle for Brush Cleaning | - | 1 | - |
| Fan Brush | - | 1 | - |
| Peel Tabs | 25 | ||
| Pipette | 1 | 5 | 1 |
| Unwaxed Dental Floss | Sample | 12 m | Sample |
| Chemically Inert Mesh | Sample | 5 - 3" x 3" Sheets | Sample |
- Polymer-Based Cleaning Formula for Safe, Residue-Free Optic Cleaning
- Suitable for Cleaning Diffraction Gratings and other Sensitive Optics
- Dried Polymer Film Peels off, Removing Trapped Particles
Thorlabs offers Red First Contact®† Polymer Cleaning Kits, which feature a red polymer solution that conforms to the contours of a surface, dissolving organic material and trapping any additional particles before drying as a film. The polymer can then be carefully peeled off the substrate, leaving behind a spotless surface with no residue.
Each kit includes a 15 mL applicator bottle and refill bottles of the red polymer solution; please refer to Table G5.1 for a list of the components offered in each kit. The solution can be applied to a substrate using either the included pipette(s) or applicator bottle; for larger objects it can be poured directly onto the surface and then spread. The All-Inclusive Kit (Item # PCK2) also includes a fan brush for spreading the polymer onto a substrate and thinner for cleaning the solution off the brush. The polymer can be spread with a brush using the polymer's surface tension; the bristles should not come into contact with the substrate. The included peel tabs, floss, and inert mesh can be used to cleanly remove this film, leaving behind the contaminant-free optic with no residue. This formula is carefully designed for use with sensitive substrates like diffraction gratings and AR-coated optics without damaging their structure and performance. The red formula polymer should not be used with reactive plastics or other materials that should not be cleaned with acetone. For the same reason, it should not be used with connectorized optical fibers.
†First Contact® is a registered trademark of Photonic Cleaning Technologies, LLC.
Note: No more than 500 mL of fluid can be shipped without a surcharge. If ordering more than the following quantities of each kit, products will be shipped in multiple packages: 6 of Item # PCK1, 4 of Item # PCK2, or 3 of Item # PCK3.
ズームキムワイプ®†(KW32)
- 丈夫で吸収性が良く、繊維残りが非常に少ないワイプシート、サイズ112 mm x 213 mm
- 研磨工程中のコネクタのクリーニングに適した製品
- 1ケース12箱入り、280枚/箱(ケース単位での販売となりますのでご了承ください)
光学素子用綿棒(CTA10)
- コットンチップ付き木製綿棒、152.4 mm(100本/パック)
- コネクタや光学素子のクリーニングに適した製品
キムワイプは丈夫で繊維残りが少ないワイプシートで、光学素子用綿棒は表面を傷つけない使い捨てのコットンチップ付き綿棒です。どちらも光ファイバーコネクタのクリーニングに適しています。また、光学素子用綿棒は光学グレード、つまり表面を傷つけず汚染物質を付着させることもないため、光学素子のクリーニングにも適しています(詳細は、光学素子の取扱いについてのチュートリアルのページをご覧ください)。
なお、キムワイプは12箱入りの1ケース単位(280枚/箱)で販売しております。こちらは光学素子のクリーニングには適しておりませんのでご留意ください。光学素子のクリーニングにはレンズティッシュMC-5をお勧めいたします。また、光学素子用綿棒をアセトンとご使用になることはお勧めしておりません。
†Kimwipes®は、Kimberly-Clark社の登録商標です。
ズーム- Non-Flammable HFO-1234ze Propellant
- Integrated Plastic Nozzle
- Low Global Warming Potential (GWP) of 6
- Zero Ozone Depletion Potential
Thorlabs offers the CA4-US and CA6-EU Eco-Friendly Air Dusters. These dusters evaporate HFO-1234ze to create high pressure gusts. These general use dusting cans are ideal for cleaning and maintaining optical and electrical equipment while leaving no residue. Due to different nations' regulations, we offer two versions of this product: the CA4-US is compliant in the United States and Canada, while the CA6-EU is compliant in the European Union. These dusters are chemically identical, but have different packaging and volumes; the -US version contains 10 ounces, while the -EU version contains 400 mL. Be sure to check with your government's regulations before ordering either product. The labels for the CA4-US can be downloaded by clicking here and the CA6-EU by clicking here.
Global Warming Potential (GWP)
Global Warming Potential according to the United States Environmental Protection Agency is a measure of how much energy the emissions of 1 ton of a gas will absorb over a given time, relative to the emissions of 1 ton of carbon dioxide (CO2). CO2 is defined as having a GWP of 1. GWP is usually estimated for a 100-year time horizon, but other methods may be used. The higher the GWP of a gas, the more energy it can trap in Earth's atmosphere, correlating to a higher average global temperature. For a point of comparison, methane (CH4) is listed as having a GWP of between 21 and 25. This duster's propellant, HFO-1234ze (1,3,3,3-tetrafluoropropene), is phototransformed in the air with ~100% degradation observed by 14 days, and has a GWP of 6.
Please note that these items are classified as a dangerous good in some countries. Depending on the delivery location, this item may need to be shipped separately from the rest of your order at an additional charge. These items are stocked within the USA and Germany. Please contact our sales department if there are questions or concerns when placing an order for dusters.
The attached MSDS, found by clicking the (
) icon, is given in over twenty languages.
ズーム
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洗浄ボトルはセットにより外観が異なる場合があります。
- 500 mlの洗浄ボトル4本、アセトン、メタノール、蒸留水、イソプロパノール用(溶剤は含まれません)
- 30 mlのドロッパーボトル3本、アセトン、メタノール、2-プロパノール用(溶剤は含まれません)
これらのプラスチック製洗浄ボトルは、一般的な実験用洗浄溶剤の吐出や保管に適しています。小型のドロッパーボトルはこれらの溶剤に耐酸性のあるプラスチック製なので、レーザーグレードの光学素子用洗浄液の吐出に適しています。 各ボトルはラベル付きで、大型のボトルは色分けもされているので溶剤の誤認防止に役立ちます。
ズーム- 片手操作可
- 最大容量236.59 ml
ワンタッチポンプ式のディスペンサーボトルです。綿棒やブラシで光学素子を清掃する際の溶剤の蒸発を抑えます。蓋を開け、ばね式の先端を押して、キャップの溝に溶剤をためて使用します。アセトン、ガソリン、プロパノール、MEK、トルエン、テレピン油、水など、ほとんどすべての溶剤にお使いいただけます。最大容量236.59 ml。溶剤名入りラベル18枚、白紙ラベル2枚が付属します。
 光学素子クリーニング用備品 |