Optical%20instruments - Import export

The ProMapper is the A&R table-top solution to provide state-of-the-art optical inspection according to the industry standards (ISO/ANSI), totally independent from the operator. In addition, it supplies freeform surface evaluation based on the A&R Error Map technology, making sure that no surface defect is shipped to the customer. Based on the Error Map, surface quality features like the GMC (Global Mapping Criteria) are evaluated and constitute extremely relevant inspection data for process control applications (Statistical Process Control).

The Control Unit for Prescription Lenses is a machine dedicated to prescription labs producing at least 1000 jobs per day. This multi-functional automatic machine is the only one on the market to combine the lens inspection according to the ISO/ANSI standards of all lens types, the mapping of freeform lenses, the flexible digital inking and the laser engraving. The measurement data exported by the machine are very useful for an effective process control. The Control Unit for Rx lenses is the perfect tool to increase your customer satisfaction, by improving your quality and optimizing the delivery times.

The Dispatch Packaging Unit for Prescription Lenses is a large scale production machine which gathers both prescription lens envelopes (right and left), a delivery note, ID card, and cleaning clothe along with other accessories; and places them into a larger dispatch envelope. Optional is the automatic sorting between different destinations to reduce and optimize shipping times and costs, while the completely automatic packaging prevents any mispackaging. With the capacity of the machine up to 300 jobs per hour (depending on the materials loaded), the machine can be installed behind the Automatic Packaging Unit for Prescription Lenses.

The Focovision by Transmission SPF-3 is used in optical laboratories where the lenses are mounted into frames. It is connected to the computer network, from which it receives the nominal values of the prescription lens. Its main advantages are repeatability, accuracy, and easy calibration. It measures the lens optical power by using a light beam perpendicular to the concave lens surface at a certain wavelength (546 nm or 587 nm) and by measuring in all directions (360 degrees). In addition, it is equipped with a frame positioning device and has a user friendly interface; permitting an operator to learn how to perform the complete lens control of the mounted lenses with little training required. Positioning assistance: The FOCOVISION display provides assistance to the operator to help them position the frame and lens to be measured properly, creating a user friendly and fast process. The positioning target, displayed at every step of the procedure, and operator instructions projected

The AutoBlocker is for use in laboratories that edge and mount lenses into frames. All kind of lenses can be oriented and blocked according to the ink marks or the µ-engravings. Because the A&R AutoBlocker is task specific, and the system has a small footprint, you can easily integrate it into the lab. The AutoBlocker is an excellent investment for a modern lab with a rapid payback!

The AutoInker is the ideal inking solution for the prescription labs producing at least 500 jobs/day. The PPOS integrated in the machine detects the µ-engravings of the progressive lenses (any shape, even cut lenses). The position of the lens is taken into account for the digital inking operation. Because the A&R AutoInker is task specific, and the system has a small footprint, you can easily integrate it into the lab, either directly in the final control or after edging (inking of cut lenses). The AutoInker is an excellent investment for a modern lab with a rapid payback!

The control unit for single vision semi-finished lenses (MCSFU) is the perfect tool for the free-form laboratories. With a capactity of more than 360 lenses an hour, the MCSFU detects any picking, supply or data error. It measures, accurately and contactless, the radius of the front curve of the single vision semi-finished lenses. The measured data are directly transmitted to the LMS (Lab Management System) software so that the measured data can be taken into account for the calculation.

The Focovision by Transmission SPV-3 is used in prescription laboratories. It is connected to your computer network, from which it receives the nominal values of the prescription lens. Its main advantages are repeatability, accuracy, easy calibration, and especially its visualization system of the semivisible marks or the upper segment line corner of the addition. This system permits an accurate positioning on the different control points without any lens marking. It measures the lens optical power by using a light beam perpendicular to the concave lens surface at a certain wavelength (546 nm or 587 nm) and by measuring in all directions (360 degrees). In addition, it has a user friendly interface permitting an operator to learn how to perform the complete lens control (far view, prism reference point, near view, thickness, shape, etc.) with little training required. Minimal training required Very high measurement speed Flexibility (configurable procedures, easy to adapt, any toleran

The Dual LensMapper, integrated in this unit, gives a mapping of the prescription lens (freeform or conventional) and calculates FOA optical power at the reference points (FV, NV). For the freeforms, it compares the expected design to the real lens and displays an error map. A Go/NoGo decision is made, based on the error map and the list of criteria defined by the lab. Because the A&R AutoMapper is task specific, and the system has a small footprint, you can easily integrate it into the lab, either directly after the surfacing or in the final control (also suitable for checking the cut lenses). The AutoMapper is an excellent investment for a modern lab with a rapid payback! 100 % production control just after surfacing --> direct feedback on production* control of the cut lens - in case of remote edging Non contact measurement Correction of eventual R/L inversion Integrated Dual LensMapper : measurement of free form and conventional progressive lenses Control of power, cyl.

The Control & Packaging Unit for Stock Lenses is best utilized by large volume single vision lens manufacturers. This machine will inspect and package 900 lenses per hour with such accuracy that there are no errors such as sending out of tolerance lenses out, or rejecting in tolerance lenses. In addition, the automatic cycle prevents any mispackaging of product. The zero defect packaging and the labor costs savings proven by installation of over 100 of these machines worldwide justify the investment in this machine.

The Automatic Packaging Unit for Semi-Finished Lenses is dedicated to large scale packaging requirements of progressive semi-finished lenses. It packages 720 lenses per hour by choosing the correct plastic cup and box type out of ten cup choices and five box types. After being correctly matched to cup and box, the lens is packaged and sorted into 24 double magazines of 15 packaged lenses each, according to several different criteria that is operator set. Through the use of this machine with the Fully Automatic Pad Printing Unit for Semi – Finished Lenses, complete control and packaging is obtained with almost no operator intervention. By adding several options of diameter, center thickness, and curvature measurements, the machine can be used for packaging single vision and multifocal semi-finished lenses.

Identification & Inking Unit for semi-finished lenses (type MITSF) The new concept of MITSF machine is designed to identify and print progressive and multifocalsemi-finished lenses. The PPOS system, integrated in the unit, detects the μ-engravings or the upper segment line and identifies the semi-finished by reading the identification code (check of product code, Addition, base, eye, logo at the edge or under the μ-engravings) by Optical Character Recognition. The inspected lenses are then inked by a robot, permitting a large flexibility in image choice (10 plates – 20 images). The data of this machine can be transmitted to the automatic packaging unit, eliminating any product mispack.

The Focovision by Reflection SR-2 is used in the production of semifinished lenses, glass and metal molds,but also in prescription laboratories to control the incoming semi-finished lenses. It measures the surface optical power by reflection on one point with a high degree of accuracy. The measured value can be expressed in curvature or in diopter. The Focovision by Reflection has become a worldwide reference instrument throughout the ophthalmic industry. High accuracy (0.01D for the base power, less than 0.01D for the residual astigmatism of the instrument) Very high reproducibility Precise and reproducible positioning of the lens according to reference points marked over the lens surface Simple and rapid autocalibration procedure No moving parts (behaviour stability, simple lighting system, ...) Linear instrument response (no mechanical adjustments are necessary) Reliability : Image quality control & automatic correction of dust effect