Description | Features- NEW TruFit 3D Virtualization allows you to simulate the lens inside the frame before edging, allowing you to minimize retouches and maximize your profit.
- One of the fastest lens edgers on the market.
- Process nearly any job type to avoid having to send out costly jobs to labs.
- Superior quality of finish and polish provides a premium look and feel that you can be proud of.
- Smart Design shape customization.
Wavefront Power-mapping technology for lens analysis and verification.
- Shelf Bevel to easily process high base-curve wrap frames.
- TruScan High base curve frame tracing
| The ZEISS Cirrus HD-OCT 4000 enable examination of the posterior and anterior of the eye at an extremely fine spatial scale, without surgical biopsy or even any contact with the eye. The Cirrus HD-OCT builds on and refines the retinal imaging technology first introduced with the ZEISS Stratus OCT™. HD-OCT stands for “high-definition optical coherence tomography.”Employing the advanced imaging technology of spectral domain optical coherence tomography, Cirrus HD-OCT acquires OCT data about 70 times faster (27,000 vs. 400 A-scans per second) and with better resolution (5 μm vs. ~10 μm axial resolution in tissue), compared to first-generation OCT technology. Cirrus acquires whole cubes of OCT image data, composed of hundreds of line scans, in about the same time as Stratus acquires a six-line scan. You can view these data cubes in three planes, or through three dimensions, giving you access to an extensive amount of retinal image data in one scan. | The Huvitz Excelon CPE-4000 Edger is a versatile lens finishing system designed for retail practices. All of the finishing processes—from tracing to edging—are fully optimized with advanced three-dimensional digital technology, enhancing productivity and efficiency.
Beveling, polishing, grooving and safety beveling are completely integrated and easily performed by a touch of a button. In addition, built-in the CPE-4000 features digital pattern layout that allows users to modify shape width, height, and circumference to better manage the fitting challenges posed by rimless and semi-rimless frames. | The Canon RK-F2 Fully Automatic Refractor-Keratometer helps accelerate the exam process by automatically aligning and acquiring a reading for one eye and continuing to the opposite eye to perform the same function – all with one touch of a button. | The iCare IC200 tonometer is designed for professional use in the surgical operation room, the emergency room and also the clinic. It uses the same patented rebound measuring principle found in other iCare tonometers. There is no need for drops, air or specialised skills for its use. The IC200 gives you positional freedom with a new premium design and user interface. It allows measuring whether the patient is sitting, standing, half-sitting or in the supine or lateral recumbent position. | The KAISER HFR 8000 Frame Tracer is where efficiency meets versatility, providing efficiency that today’s retail practices require.
The HFR-8000 is part of the widely-acclaimed KAIZER line. KAIZER is the next generation to follow the Huvitz Excelon series and is designed with a wide array of features intended to simplify and perfect in-house lens finishing. The HFR-8000 is a fully automatic frame tracer that performs 3-dimensional tracing. This material-friendly unit can be used in virtually every situation. It provides fast and adaptable tracing for all frame materials and shapes. In fact, it is capable of scanning and digitally filtering 16,0000 points of shape data. The HFR-8000 also features Huvitz Mechatronic Technology. This built-in stereoscopic scan technology provides accurate tracing even on high curve frames. The HFR-8000 is a perfect accompaniment to the HPE-8000 Edger and offers flexibility, precision and quality that can’t be beat. |
Content | Briot Couture Lens Finishing System
When your standards are high, this is the partner you deserve. A revolution in edging, Briot Couture gives you a flawless finish with every frame – whatever the style, shape or curve. 3D pre-visualization lets you see your results before you even start working. TrueFit technology calculates curvatures to ensure seamless lens-frame pairing. Additionally, new sensors coupled with advanced software maintain constant pressure on the lens, reducing cycle time with no risk of misalignment – especially on hydrophobic lenses.Wavefront, The Future Of Blocking Briot Couture Lens Finishing System Our exclusive wavefront lens analysis allows you to see progressive lens designs on the frame trace before you even cut the lens, giving you the opportunity to validate that the shape and lens design are compatible without wasting time or money redoing the job. Shape Creation Limited Only By Your Imagination With Smart Design Milling And Shelf Beveling Create complex shapes and a true shelf bevel for high base-curve wrap frames with the Smart Design Milling feature in the Briot Couture. Exclusive TrueScan High-Curve Tracing Featuring our patented TrueScan technology, the Attitude Tracer/Blocker has a specially designed angled probe that will gently measure the contour of even the thinnest, most delicate metal frames or high base-curve wrap frames effortlessly. Brushless Technology For Faster, Quieter Operation Edge lenses faster and more efficiently while also reducing noise with new brusheless motor technology featured on the Evolution. Now, you can plug this edger in anywhere that has a 120V line adding extra placement flexibility in your optical lab. Provide The Best Finish On High Base-Curve Frames With Briot’s Best-Fit Technology Our advanced drive technology in conjunction with a small 90mm diamond wheel allows flawless finishing on high base-curve lenses and complex frames with sharp corners. Damaged Demo Lens? No Problem With Shape Creator 2.0 Accurately reconstruct broken or defective demo lenses with minimal effort using the new Shape Creator 2.0 technology on the Couture Blocker. | ZEISS Cirrus HD OCT 4000 Quad Core OCT
The ZEISS Cirrus HD-OCT 4000 (Cirrus HD-OCT or Cirrus) enable examination of the posterior and anterior of the eye at an extremely fine spatial scale, without surgical biopsy or even any contact with the eye. The Cirrus HD-OCT builds on and refines the retinal imaging technology first introduced with the ZEISS Stratus OCT™. HD-OCT stands for “high-definition optical coherence tomography.”Employing the advanced imaging technology of spectral domain optical coherence tomography, Cirrus HD-OCT acquires OCT data about 70 times faster (27,000 vs. 400 A-scans per second) and with better resolution (5 μm vs. ~10 μm axial resolution in tissue), compared to first-generation OCT technology. Cirrus acquires whole cubes of OCT image data, composed of hundreds of line scans, in about the same time as Stratus acquires a six-line scan. You can view these data cubes in three planes, or through three dimensions, giving you access to an extensive amount of retinal image data in one scan.Intended UseThe Cirrus HD-OCT with Retinal Nerve Fiber Layer (RNFL), Macular, Optic Nerve Head, and Ganglion Cell Normative Databases is indicated for in-vivo viewing, axial cross-sectional, and three-dimensional imaging and measurement of anterior and posterior ocular structures.Indications for UseThe Cirrus HD-OCT is a non-contact, high resolution tomographic and biomicroscopic imaging device. It is indicated for in-vivo viewing, axial cross-sectional, and three-dimensional imaging and measurement of anterior and posterior ocular structures, including cornea, retina, retinal nerve fiber layer, ganglion cell plus inner plexiform layer, macula, and optic nerve head. The Cirrus normative databases are quantitative tools for the comparison of retinal nerve fiber layer thickness, macular thickness, ganglion cell plus inner plexiform layer thickness, and optic nerve head measurements to a database of normal subjects. The Cirrus HD-OCT is intended for use as a diagnostic device to aid in the detection and management of ocular diseases including, but not limited to, macular holes, cystoid macular edema, diabetic retinopathy, age-related macular degeneration, and glaucoma.Note: The Cirrus HD-OCT is not intended to be used as the sole diagnostic for disease.Essential Performance ZEISS Cirrus HD OCT 4000 Quad Core OCTThe Essential Performance of the instrument is to provide accurate measurements of anterior and posterior ocular structure.Patient PopulationThe Cirrus HD-OCT may be used on all adults in need of diagnostic evaluation of the eye. This includes (but is not limited to) patients with the following disabilities or challenges:• Wheelchair user
• Very low or not measurable visual acuity
• Fixation problems
• Postural problems
• Deafness
• Large body, but not those above 99th percentile based on anthropomorphic dataThere is a general requirement that the patient be able to sit upright and be able to place their face in the chin and forehead rest of the instrument (with or without supplemental human or mechanical support).Cirrus HD-OCT is designed for in-vivo viewing, axial cross-sectional, and three-dimensional imaging and measurement of anterior and posterior ocular structures. | HUVITZ CPE 4000 3D Edger Patternless EdgerFeatures of the CPE-4000 Patternless Edger▪ Digital Pattern Layout
▪ Frame Comparison
▪ Advanced Digital Technology
▪ Four Grinding Wheels
▪ 3D Lens Measurement
▪ Ultra-Fine Bevel Adjustment | ▪ Automatic Polishing
▪ Safety Bevel
▪ Adjustable Precision Grooving
▪ Convenient User Interface
▪ More Efficient
▪ Silent Operation |
| |  | | Digital Pattern Layout
The Digital Pattern Layout function allows users to modify lens width, height, and circumference and manage the fitting challenges posed by rimless and semi-rimless frames. You can can choose between optical and geometric centered layouts. Layouts for far vision and near vision in bifocal lens mode are provided. The horizontal PD can be easily adjusted and multiple input methods for setting the height of multifocal progressive lenses are available. | HUVITZ CPE 4000 3D Edger Patternless Edger | Frame Comparison
When replacing frames the sizes of the old and new frames can be conveniently compared on screen. Advanced Digital Technology
Advanced 3-Dimensional digital technology substantially reduces the overall cycle time.Four Grinding Wheels
The CPE-4000 edger features four grinding wheels, enabling you to work with all lens materials including glass, plastic, hi-index, polycarbonate, and Trivex. | |  | | 3D Lens Measurement
The CPE-4000 features an advanced lens sensor that will allow you to achieve a 3-dimensional measurement to optimize both beveling and grooving. | |  | | Ultra-Fine Bevel Adjustment
With the CPE-4000, bevel position can be precisely adjusted in fine 0.01mm increments relative to the front curve, back curve, thickness, or base curve of the lens. | | Automatic Polishing
Enjoy superior, automatic polishing of beveled, grooved, and flat-edged lenses. | |  | | Safety Bevel
The CPE-4000 can achieve front and rear safety beveling, making it a leader in its class. | | Adjustable Precision Grooving
This model features incredibly fine, adjustable precision grooving. The position, width and depth of the groove can be adjusted in 0.01mm increments. | |  | | Convenient User Interface
A graphic user interface makes it easy for virtually any operator to manage all of the process functions and custom settings. | | More Efficient
Numeric keypad permits rapid data entry. With the CPE-4000, you can manage multiple jobs simultaneously for improved efficiency. Silent Operation
A built-in inverter mechanism minimizes noise during the edging process, ensuring a comfortable work environment. |
Edging System | Automatic | | | Edging Mode | Beveling
Flat Edging
Grooving
Safety Beveling
Polishing | | | Lens | Glass, Plastic, High Index Plastic, Poly Carbonate, Trivex | | | Edging Size | Max: 3.54in / 90mm
Min: 0.71in / 18mm | | | Weight | 99lb / 45kg | | | Power Supply | AC 110/220V, 50/60Hz | | | Power Consumption | 1200W (Max) | | | Dimension | 22.44(W) X 21.26(D) X 18.11(H)in (570(W) X 540(D) X 460(H)mm) | | | Others | High Brightness Wide TFT LCD Adopted
Bar Code System Available
Networking System | | | Tracer | | | Dimension | 11.02(W) X 11.81(D) X 9.05(H)mm (280(W) X 300(D) X 230(H)mm) | | | Tracing System | 3D Binocular | | | Weight | 17.6lb / 8kg | | | Power Supply | AC 110/220V, 50 / 60Hz | | | Power Consumption | 42W (Max) | | | Others | User friendly display with LCD |
| ZEISS Cirrus HD OCT 4000 Quad Core OCT- 3D Auto-Alignment
- Auto-Focus
- Auto-Shooting Retro-Illumination
- 10 Ref/Kera measurement data memory for each eye
- Small pupil size
- Corneal periphery measurement
- Wide diopter measurement range (-33D through +22D)
- Integrated thermal printer
- Motorized joystick control
- Motorized chin rest
SMALL PUPIL SIZE
At 2.0 mm, the small pupil mode helps contribute to an efficient screening and is useful when a patient’s pupils are difficult to dilate. The short reaching distance between the patient and operator allows closer personal interaction and easy access to the patient’s eyes.RETRO-ILLUMINATION
Using infrared retro-illumination, the RK-F2 Ref-Keratometer provides a detailed view of the eye which is helpful for identifying cataracts, vitreous opacity, scars, and other serious eye problems.CORNEAL PERIPHERY MEASUREMENT
The peripheral keratometry mode provides accurate measurements for examining oblique astigmatisms and helps determine the best fit for a contact lens. The RK-F2 Ref-Keratometer can be used to make a series of measurements at a 30 degree angle from the eye’s center along the attentive meridians. WIDE MEASUREMENT RANGE The dioptric measurement range of -30D to +22D allows examination of strong myopia or hyperopia. The astigmatic measurement range extends from 0 to 10D. The radius of curvature extends from 5 to 10 mm (33.75D to 67.5D) for keratometry.IMAGE ERROR DETECTION
Advanced software automatically confirms both the correct alignment and focus.COMPACT AND LIGHTWEIGHT
The RK-F2 Ref-Keratometer is compact and designed to be operated either sitting or standing, whichever is more comfortable for the operator. Weighing a little more than 33 pounds, the lightweight RK-F2 Ref-Keratometer maximizes small work areas and comfortably fits on a Canon instrument table (sold separately) with a Canon Full Auto Tonometer or Canon Non-Mydriatic Retinal Camera (both sold separately). Keeping the Canon machines next to one another can help expedite the exam process.MULTI-FUNCTIONAL COLOR LCD MONITOR
The 5.7 inch color LCD monitor tilts 40° making the RK-F2 Ref-Keratometer easy to use if the operator is sitting or standing. The clear LCD display also includes multi-functional screen buttons allowing the operator to switch menus as needed.MOTORIZED OMNI-DIRECTIONAL JOYSTICK
Aligning the patient’s eye is easy using the motorized omni-directional joystick with a fine focus dial. All positioning may be performed with one hand allowing the other hand to work with the patient, if needed. The top of the joystick button has the start button which can immediately be pressed once the patient is properly positioned.BUILT-IN PRINTER ZEISS Cirrus HD OCT 4000 Quad Core OCT
The front-loaded, high speed built-in printer includes an auto cutter making it simple to remove the print-out. The ECO setting reduces the printing density and thereby conserves the paper necessary for printing by up to 50% as compared to printing without using the ECO setting. | Icare ic200 TonometerThe device is based on a rebound measuring principle that requires no drops, air or specialized skills for its use. The new premium design and user interface bring IOP measuring to a new level. The Icare ic200 tonometer is designed for professional use in the surgical operation room and emergency room as well as the clinic. The ic200 is fully portable, requires no anesthesia and its freedom of positioning allows measuring whether the patient is sitting, standing, half-sitting or in the supine or lateral recumbent position.A high-visibility indicator at the probe base confirms your positioning of the tonometer prior to measurement. A green light indicates measurement will be reliable, a red light indicates incorrect positioning. Features:
- Effortless probe loading with the same probe as for the Icare TA01i and ic100 tonometers
- The probe can’t accidentally drop from the device
- Easy menu in many languages
- Wireless (Bluetooth) printing and measurement transfer - Revolutionary design to allow for positional freedom when taking IOP measurements
- Innovative automatic measuring sequence allows for 6 automatic measurements or single measurements to be taken with the same button
- Intelligent positioning system for correct alignment of the tonometer
- Powered by AA batteries
Specifications:
- Dimensions : 43mm[W] x 104mm[H] x 214mm[L]
- Weight : 165 g (without batteries), 260 g (with 4 x AA batteries)
- Power supply : 4 x AA non-rechargeable batteries, 1.5V alkaline LR6
- Measurement range : 7 - 50 mmHg
- Accuracy : ±1.2 mmHg (≤20 mmHg) and
: ±2.2 mmHg (>20 mmHg)
- Repeatability (coefficient of variation) : <8% Package Includes:
- Icare ic200 tonometer
- 4 x AA batteries
- Aluminum case
- IOP pad
- Probe base cover
- Quick guide
- Screw driver
- Silicone grip
- Spare probe base
- Instruction manual
- Warranty card
- Wrist strap | Huvitz HFR-8000 Frame Tracer
The KAISER HFR 8000 Frame Tracer is where efficiency meets versatility, providing efficiency that today’s retail practices require.
The HFR-8000 is part of the widely-acclaimed KAIZER line. KAIZER is the next generation to follow the Huvitz Excelon series and is designed with a wide array of features intended to simplify and perfect in-house lens finishing. The HFR-8000 is a fully automatic frame tracer that performs 3-dimensional tracing. This material-friendly unit can be used in virtually every situation. It provides fast and adaptable tracing for all frame materials and shapes. In fact, it is capable of scanning and digitally filtering 16,0000 points of shape data. The HFR-8000 also features Huvitz Mechatronic Technology. This built-in stereoscopic scan technology provides accurate tracing even on high curve frames. The HFR-8000 is a perfect accompaniment to the HPE-8000 Edger and offers flexibility, precision and quality that can’t be beat.Huvitz HFR-8000 Frame Tracerracing Type | Automatic 3D Binocular Tracing | | | Tracing Mode | Auto, Semi-Auto | | | Tracing Size | Frame ø0.7~3.7in (ø16.0~92.0mm), pattern ø0.7~3.3in (ø16.0~84.0mm) | | | Frame Material | Metal, Hard Plastic, Soft Plastic | | | Data Processing | FPD, Frame Curve, Circumference, 3D Angle Concave Shape | | | Dimensions / Weight | 11.2(W) x 13(D) x 7.5(H)in / 17.6lb (284(W) x 320(D) x 190(H)mm / 8kg) | | | Power Supply | 100 – 240V, 50 / 60Hz | | | Power Consumption | 32W |
Features of the HFR-8000 Frame Tracer▪ Automatic 3-Dimensional Tracing
▪ Stereoscopic Scan Technology
▪ Material-Friendly
▪ Works With Any Shape | ▪ 16,000 Data Points
▪ Mode Options
▪ Real-Time Data
▪ Dust Free |
| | Automatic 3-Dimensional Tracing
The HFR-8000 is a fully automatic frame tracer that performs 3-dimensional tracing. | |  | | Stereoscopic Scan Technology
The HFR-8000 features Huvitz Mechatronic Technology. This built-in stereoscopic scan technology provides accurate tracing even on high curve frames. | |  | | Material-Friendly
The HFR-8000 is a material-friendly unit that can be used in virtually every situation. It provides fast and adaptable tracing for all frame materials. | |  | | Works With Any Shape
With this KAIZER-line frame tracer, you can accurately scan concave sand narrow frames as well as frames with sharp edges. | |  | | 16,000 Data Points
One of the reasons the HFR-8000 is so versatile and accurate is because it is capable of scanning and digitally filtering 16,0000 points of shape data. | | Mode Options
Enjoy complete flexibility with this outstanding tracing unit. Users can select form left-eye, right-eye or complete tracing modes. | |  | | Real-Time Data
With the HFR-8000, there’s no more waiting for data to upload. This unit features Real-Time automatic data transfer to the edger. | | Dust Free
The HFR-8000 comes with it’s own slide cover to prevent dust accumulation. |
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