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超精確，超靈敏，超可靠的

Ultra accurate,ultra adaptable,ultra reliableteopto
對射光束一體的槽型光電傳感器可設計到任何流水線上生產過程。無需校準問題，無易脆的玻璃光纖那樣復雜性。其堅固耐用的特點和內置的可靠性使其滿足苛刻要求的應用，如部分位置控制，邊緣檢測，夾具位置控制，工件脫模，托盤搬移，自動拾取放置，及出錯保護等場合。

Teopto self-contained thru-beam sensors are designed to streamline any production process. No more alignment problems, fragile installations, and fiber optic complexity. Their rugged features and built-in reliability make them a natural to meet demanding applications such as part positioning, edge detection, gripper positioning, parts ejection, pallet transfer, pick and place, and Poka-Yoke.

快速配置并運行
這些傳感器安裝迅速，它們是單體設計制造的,光束對射精確對準形成閉合光路，單條電纜線即可工作，沒有像玻璃光纖線和放大器分開安裝那樣復雜。

Get up and running fast

These sensors install in no time. Their one-piece design makes them a snap to precisely target whatever aspect of the process is necessary. One cable does the job. No multiple fiber optic cables and separate amplifers are needed to complicate the installation

適應性
這些傳感器能探測不論什么顏色、形狀，及反射率高的目標,長年使用。

Flexible
These sensors detect virtually any target regardless of color, shape, or reflectivity with high repeatability year after year.

Choose your level of accuracy.
Visible red emission models have detection resolution down to 0.3 mm. Smaller gap class II laser versions boast resolution down to 0.06 mm throughout their beam.
耐用性
這些傳感器幾乎不需要維護,在正常情況下,不偏離校正。
耐用型可用于極其惡劣的環境中。

Reliable
These sensors need virtually no maintenance. Under normal conditions, they never go out of adjustment. Heavy duty versions are available for
extremely harsh environments.

Why use a thru-beam sensor?

The advantages of thru-beams…

能容易檢測出小零件

Able to detect small parts with ease

能適應極其惡劣的環境.

Extremely tolerant of dirty environments

完全不受目標顏色，反射或表面狀態的影響

Completely immune to target color, reflectivity or surface condition

往復非接觸地感應的方式

Most repeatable non-contact sensing mode

當涉及到可靠性和準確性時,對射光束感應要優與其他光感應模式.其可靠性是直射而獲取超增益的結果,超增益的測量,高光能量的對準使感應穩定正常.這樣的傳感器耐灰塵、濕氣、碎屑在其表面上。

When it comes to reliability and accuracy, there is no optical sensing mode better than thru-beam sensing. Their reliability is a result of the extraordinary levels of excess gain. Excess gain is the measurement of light energy above the level required for normal sensing. The more excess gain a sensor has, the more tolerant it is of dirt, moisture and debris accumulating on the sensor.

這個精度是對射光束的因素,定義明確了感應區域，這個區域稱為有效的光束，尺寸取決發射器和接收器透鏡的大小，由于檢測目標遮斷一部分光束，透鏡很小，有效光束也很細，傳感器就能獲取很高精確度。

The accuracy of thru-beams result from a tightly, well-defined sensing area. This area, called the effective beam, is the size of the emitter and receiver lens. Since a target is detected by breaking a portion of the beam, the smaller the lens, the smaller the effective beam, and the more accurate the sensor.

Pick the self-contained thru-beam sensor that is right for you

C型(C Frame)

Ideal housing for feeder bowl tracks, part gauging and part detection in tooling and robotic end effectors.

理想的外殼適合用于大型物件檢測、不同的物體大小、狹窄空間、雙上進料軌道和兩軸運動。

Ideal housing for large object detection, varying object size, confined spaces, two-up feed tracks and two axis movements.

可見紅光(Visible Red)

激光(Laser)

激光(Laser)

耐用的紅外光(Heavy Duty Infraredaser)

最經濟型的
Most economical version

對于極度精確的用途（即測量和微小細節檢測）
For extreme accuracy application(i.e. gauging and small detail detection)

對極其惡劣的環境
（即切割液、油和碎屑）
For harsh environments
(i.e. cutting fuids, oil, and debris)

在典型的送料導軌的檢測系統中使用的光纖。這有點脆弱的系統由一個單獨的發射器和接收器和放大器來控制的。必須注意纖維不能損壞或對偏，該發射器和接收器纖維必須再調整，通常需一個另外的特殊定制的支架。
Troublesome Fiber Optics

Here is a typical feed track detection system using fiber optics. This somewhat fragile system consists of a separate emitter and receiver and an amplifer to control them. Care must be taken not to damage or misalign the fibers. The emitter and receiver fibers must be held in alignment, usually with an additional special custom bracket.

           較好地替代光纖
此同樣的系統使用teopto容易實現，一體化單元，在此安裝，沒有多余的校準托架，沒有光纖放大器，而且更重要的是沒有光纖，teopto的對射光束完全定位成一條直線，并連接在料斗控制器上，即可完成安裝。
A Superior Alternative to Fiber OpticHere is the same system using teopto's easy to use, one-piece unit. In this installation, there are no extra alignment brackets, no fiber amplifers, and best of all, no fibers. The teopto thru-beam is simply positioned on the track and
connected to the bowl controller – installation complete

Teopto Thru-beams:
在軌道占用空間小
Take up less space on the track
省略多余的布線
Eliminate extra wiring
消除令人頭疼的產品壽命的調整安裝
Eliminate adjustment headaches for the life of the stallation。
消除或減少對光纖的依賴。
Eliminate or reduce reliance on fiber optics
偵察微小零件0.06mm以下,
重復精度±0.015mm
Detect small parts down to 0.06 mm with outstanding repeatability Of ±0.015 mm

 5mm

 BGL5A-001-S49

 BGL5A-002-S49

 10mm

 BGL10A-001-S49

 BGL10A-002-S49

 20mm

 BGL20A-001-S49

 BGL20A-002-S49

 30mm

 BGL30A-001-S49

 BGL30A-002-S49

 BGL30A-003-S49 

 BGL30A-004-S49

 50mm

 BGL50A-001-S49

 BGL50A-002-S49

 BGL50A-003-S49

 BGL50A-004-S49

 80mm

 BGL80A-001-S49

 BGL80A-002-S49

 BGL80A-003-S49

 BGL80A-004-S49

 120mmm

 BGL120A-001-S49

 BGL120A-002-S49

 BGL120A-003-S49

 BGL120A-004-S49

 180mm

 BGL180A-001-S49

 BGL180A-002-S49

 220mm

 BGL220A-001-S49

 BGL220A-002-S49

0.3mm(5-30mm models);0.5mm(50-80mm);0.8mm(120-220mm)

0.06mm(30mm models);0.1mm(50mm);0.2mm(80mm);0.3mm(120mm)

0.02mm(5-30mm);0.04m(50mm);
0.06mm(80mm);0.08mm(120-220mm)

0.8mm(all others)

0.2(54×54&68×68);0.3mm(all others)

玻璃透鏡glass lens

玻璃透鏡glass lens