Profilometer for Optics Surface SJ5720-OPT200

Application

Lens

Intraocular lens mold

Vehicle Lens

Infrared lens

Optical mold

Lens

details

Description

The SJ5720-OPT series is a capable to measure both surface roughness and profile after once scanning. Moreover, there is a dedicated software module for measurement and analysis of large aspheric surface, so this series is an ideal measurement solution for the optical lens industry.

It can also be used for profile and roughness measurement for large curved surface, such as bearings, artificial joints, precision molds, gears, blades, etc. Consequently, it is widely used in precision machining, automobiles, bearings, machine tools, molds, precision hardware and other industries.

Features

1. Evaluate profile and roughness parameters at the same time after once scanning
2. High precision, high stability, and high repeatability
3. Aspheric optical software module
4. Intelligent management and advanced software analysis system
5. Intelligent protection system during scanning
6. Flexible manual control
7. High stability vibration isolation system

Software

Professional aspheric surface measurement software can analyze all aspheric surface parameters.

There are some self-checking parameters in the software, so the correctness of the input formula can be determined by self-checking.

Aspheric surface measurement interface

Model No.			SJ5720-OPT200
Profile Measurement	Measuring Range	X	0~200mm
		Z	0~500mm
		Z1	±6mm（Optional: ±12mm）
	Resolution		0.001um
	Accuracy	Z1 *1	≤±（0.5+0.03 H）μm（H,mm）
		Pt *2	Pt≤0.2μm
		Standard Ball *3	≤±(1+R/20)μm（R,mm）
		Angle *4	≤±1′
	Moving Speed	X	0~20mm/s
		Z	0~20mm/s
	Scanning Speed		0.05~5mm/s
	X Straightness *5		≤0.25μm/100mm
	Measuring Force		0.5mN,0.75mN,1mN,2mN,3mN(Adjustable)
Roughness Measurement	Ra Masurement Range		Ra0.012μm~Ra12.5μm
	Accuracy * 6		Ra0.012μm ~ Ra3 . 2 μm: ≤±(3nm+2.0%A),A(Ra)μm Ra3.201μm ~ Ra12.5μm : ≤±(3nm+3.5%A),A(Ra)μm
	Repeatability (1δ) *7		1δ≤1nm
	Measurement Residual *8		Rq≤3nm
	Roughness Parameters		R Roughness: Rp,Rv,Rz,Rc,Rt,Ra,Rq,Rsk,Rku,RSm,RPc,Rdq,Rdc,Rmr,Rmax,Rpm, tp,Htp,Pc,Rda,Ry,Sm,S,Rpc,RzJ； Key Roughness: Rk,Rpk,Rvk,Rpkx,Rvkx,Mr1,Mr2,A1,A2,Vo； Profile: Pa,Pq,Pt,Pz,Pp,Pv,PSm,Psk,Pku,Pdq,Pdc,Pc,PPc,Pmr,Rad,PzJ,Pmax; Waviness of Profile: Wa,Wq,Wt,Wz,Wp,Wv,WSm,Wsk,Wku,Wdq,Wdc,Wmr,Wpc,Wc； Motif: R,AR,W,AW,Rx,Wx,Wte； Standards: GB/T 3505-2009,ISO 4287:1997,ISO13565-2:1996,ASME B46.1-2002, DIN EN ISO 4287:2010,JIS B 0601:2013,JIS B 601-1994,JIS B 0601-1982,ISO 1302:2002
	Aspheric Masurement Parameters		Micro profile parameters: Pt, Pa, Fig; Inclination parameters: Smx , Smn ; Horizontal axis angle parameter: Tilt; Distance parameters between the optical axis and the contour: Xp , Xv , Xt ; Root mean square roughness parameter: RMS; Slope parameters: Slpe mx , Slpemx (x), Slperms; Vertex radius error parameter: Radius Err
	Filter		Gaussian filter, 2RC filter, zero phase filter
	Sampling Length		0.008, 0.08, 0.25, 0.8, 2.5, 8.0 or 25mm Selectable
	Evaluation Length		Auto calculation
Size(L×W×H)			800×500×1080(mm)
Weight			265kg
1 The accuracy is based on the measurement standard gauge block. 2 The accuracy is based on the Pt test of standard ball smaller than diameter 25mm. 3 The accuracy is based on the verifcation of the ф 50mm standard ball with the arc exceeds 90 degrees. 4 The accuracy is based on the measurement of the angle of polygonal prism. 5 The accuracy is based on the measurement of optical flat. 6 The accuracy is based on the measurement of standard roughness block. 7 The repeatability is based on the measurement of 0,1-0.2μm square wave roughness block and standard step height block. 8 The accuracy is is based on the measurement of 1 nm level roughness block and optical flat.