Finden Sie schnell rollen für paletten für Ihr Unternehmen: 7 Ergebnisse

Überprüfung von Rezeptgläser 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 ProMapper is available in 3 versions: ProMapperTM: Lens inspection according to the ISO/ANSI Standards Mapping inspection (GMC/Go-NoGo) ProMapperTM_Ink - including a wax digital inking module with Dual Step printing technology: excellent image quality (high resolution) better adhesion on hydrophobic coatings (Additional cycle time: 3 secs/lens) ProMapperTM_Block - including a blocking module (before edging)

Typ DLM The A&R DUAL LENSMAPPER is the perfect tool to achieve a very high optical quality control of your free-form lenses: - immediate accurate error map calculation according to the reference marks - process control - check of the front curve of semifinished lenses. The DUAL LENSMAPPER combines two optical technologies (Reflection and Transmission) for a fast, accurate and automatic measurement.

Typ MCVP4 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!

Typ MITSF The MITSF machine is designed to identify and print progressive and multifocal semi-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 (MESF), eliminating any product mispack.

Type MBVP4 The AutoBlocker is for use in laboratories that edge and mount lenses into frames. All type 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!

Type MEVP2 The AutoPacker is designed for use in mid to large volume prescription laboratories. After the job-identification, the lenses are unloaded from the job tray and centered. An envelope type is chosen from the magazine out of eighteen different envelope types, the lens is inserted in the envelope, and a label is printed and applied to the flap of the envelope which seals the envelope shut. Before loading the packaged lens into its original job tray a check is made to ensure the envelope is not empty.The machine is also capable of packing cut lenses. The 600 lenses per hour capacity and the completely automatic cycle which avoids any mispackaging, coupled with our years of experience in the field of packaging RX glasses are proof of its value. This machine is best utilized after the Automatic Control and Inking Unit.

Typ Focovision SPV-3 The FocovisionTM 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 semi visible 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 performs an accurate lens optical power measurement compliant with ISO/ANSI Standards by using a light beam perpendicular to the concave lens surface (‘FOA’ - Focus On Axis configuration) at a certain wavelength (546 nm or 587 nm) and by measuring in all directions (360 degrees - "ring" method). 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).