TCEL series
Telecentric optics with liquid lens technology

Significant extension of depth of field

Dramatically extend the depth of field of a telecentric optical system by integrating a liquid lens

High performance distortion free

Electronically driven liquid lens for fast and accurate focal length

Drawings are available from the OptoEngineering website.

For purchase inquiries, please call 03-5628-5116 or formfrom

※本製品はイタリアのレンズメーカー「Opto Engineering 社」の製品です。当社は日本における販売代理店です。
*Prices of Opto Engineering products are reviewed monthly due to exchange rate fluctuations.
※Opto Engineering社製品は日本国内のみの販売です。

Greatly improved depth of field (DoF) with liquid lens and telecentric optical system set
Especially effective when you want to ensure high magnification and DoF
Reduces distortion over the entire inspection range
Ideal for inspection and measurement in other fields such as electronic equipment, semiconductors, pharmaceuticals, fasteners, automobile parts, etc.
Precise focus adjustment with electronically controlled liquid lens

Powered by a compact USB power supply
Also available as a standalone solution
Can be integrated for OEM applications
A simple, standard protocol that can be implemented in any programming language:
- Platform: Windows/Linux
- Provided source code: C#, Labview, Python

			sensor type			Optical specifications						Machine specification
Model	magnification	maximum sensor size	1/3" 6.0 mm diagonal 4.80 x 3.60	1/1.8" 8.9 mm diagonal 7.13 x 5.33	2/3" – 5MP 11.1 mm diagonal 8.50 x 7.09	WD range	valid F. No.	telecentricity Standard (maximum)	distortion Standard (maximum)	field of view depth	Resolution@ 35 lp/mm	mount	length	diameter
	(x)	(mm)	(mm x mm)	(mm x mm)	(mm x mm)	(mm)		(deg)	(%)	(mm)	(%)		(mm)	(mm)
			*1			*2	*3	※Four	※Five	*6			*7	*8
	0 dpt		Field of view (mm x mm)					0 dpt	0 dpt		0 dpt
TCEL23036 *9	0.243	2/3″	19.8 x 14.8	29.3 x 21.9	35.0 x 29.2	73.3 – 122.8	8	< 0.08 (0.1)	< 0.04 (0.1)	7.0	> 65	C.	166.1	76.5
TCEL050	0.500	2/3″	9.6 x 7.2	14.3 x 10.7	17.0 x 14.2	112.2 – 146.5	12	< 0.04 (0.08)	< 0.1 (0.2)	2.5	> 60	C.	130.8	70.0
TCEL066	0.670	2/3″	7.2 x 5.4	10.6 x 8.0	12.7 x 10.6	112.3 – 146.0	12	< 0.04 (0.08)	< 0.1 (0.2)	1.4	> 58	C.	149.3	70.0
TCEL075	0.750	2/3″	6.4 x 4.8	9.5 x 7.1	11.3 x 9.5	112.5 – 146.0	12	< 0.07 (0.1)	< 0.1 (0.2)	1.1	> 55	C.	155.0	70.0
TCEL100	1.000	2/3″	4.8 x 3.6	7.1 x 5.3	8.5 x 7.1	117.9 – 142.1	12	< 0.08 (0.1)	< 0.05 (0.1)	0.6	> 60	C.	126.0	70.0
TCEL150 ※Ten	1.500	2/3″	3.2 x 2.4	4.8 x 3.6	5.7 x 4.7	117.9 – 142.1	16	< 0.08 (0.1)	< 0.05 (0.1)	0.4	> 50	C.	140.4	70.0
TCEL250 ※Ten	2.500	2/3″	1.9 x 1.4	2.9 x 2.1	3.4 x 2.8	117.8 – 142.2	20	< 0.08 (0.1)	< 0.05 (0.1)	0.2	> 40	C.	157.0	70.0
TCEL350 ※Ten	3.500	2/3″	1.4 x 1.0	2.0 x 1.5	2.4 x 2.0	117.8 – 142.2	24	< 0.08 (0.1)	< 0.05 (0.1)	0.1	> 30	C.	174.7	70.0

1. Field of view calculated at 0 dpt
2. Min/Max WD are designed values for liquid lens
3. Effective F No. is the actual F No. in operation.
4. Maximum angle between chief ray on object side and optical axis
5. Average value and maximum guaranteed value in parentheses
6. Indicates the edge detectable depth at the time of measurement (half the value for complete image acquisition)
7. Between the tip of the lens and the camera flange
8. Maximum lens outer diameter
9. Performance calculated with monochromatic light (LED emission). The performance range for white light is narrower.
10. Performance guaranteed when used with vertical optical axis. When used with a horizontal optical axis, the gravitational aberrations of the liquid lens degrade performance.