In the highly competitive packaging and printing industry, accurate color reproduction is paramount. Before committing to full-scale production, laboratories and prepress departments require absolute precision to predict ink hues and minimize trial-and-error costs. A high-quality gravure ink proofer serves as the critical bridge between ink formulation and the final printed product. By meticulously simulating the working principles of a commercial printing press, our advanced proofing equipment enables enterprises to quickly verify color ratios, analyze ink properties, and secure client approvals with zero guesswork. Gravure ink proofer are the ultimate prepress prep and laboratory testing solution for aqueous inks, spot color matching, and standardized drawdown preparation.
How the Gravure Proofing Press Works ? The core advantage of our gravure proofing press lies in its authentic reproduction of the commercial gravure printing process. The system utilizes an electronically or laser-engraved anilox roller to precisely store ink. A high-quality doctor blade smoothly removes any excess ink from the surface. Following this, the ink retained within the engraved cells is transferred onto the substrate utilizing a robust round-to-round (cylinder-to-cylinder) impression mechanism. This dynamic round-to-round pressing ensures superior surface contact and achieves high-precision ink transfer that manual drawdowns simply cannot replicate.
| Equipment Model: | WEW-GIP-ASTM-D6531 |
| Screen Printing Plates: | Standard configuration includes one graded version (Depth: 20um, 25um, 30um, 35um, 40um, 45um, 50um, 55um) |
| Screen Printing Plate: | 130X140 mm |
| Color Bar Size: | 60X108 mm/grid, 6 groups total, 2 per group, 12 in total; (Other film thicknesses can be customized upon request) |
| Operating Method: | Touchscreen Control System |
| Gravure Cylinder Length: | 180mm, diameter: 140mm, |
| Roller Length: | 120mm, diameter: 220mm |
| Power Configuration: | Equipped with a high-precision servo motor, using Japanese servo system |
| Impression Method: | Roller-to-roll printing |
| Printing Pressure: | Printing pressure (0~2mm), adjustable air pressure, 0~1.0MPa |
| Printing Speed: | Approximately 0-80 meters, low-precision overprinting possible |
| Drying Configuration: | Dual-fan drying |
| Sample Conveying: | Equipped with a sample conveying device |
| Sample Receiving: | Equipped with a sample receiving device |
| Pre-Press Position: | Configured with an automatic reset sensor system |
| Anilox Roller System: | Quickly changeable anilox rollers of different styles |
| Grayscale Note: | 10%, 20%, 30%, 40%, 50%, 60%, 70%, 80%, 90%, 100%. |
| Equipment Dimensions: | 380*640*250 (L*W*H) mm, Equipment Weight: 105KG |
| Power Voltage (W): | 450W, Power Supply: 220V 50Hz. |
| Equipment Function: | Suitable for proofing gravure printing inks (water-based and solvent-based inks). Easy to use. Ink color can be detected using a spectrophotometer. |
When conducting advanced optical evaluations, the reliability of your data is entirely dependent on the quality of your initial color swatches. Our automatic ink drawdown machine is engineered to eliminate the inconsistencies of manual hand-proofing, serving as the ultimate Aqueous Ink Proofer for rigorous R&D laboratory environments.
By utilizing a high-precision servo motor and a standardized anilox roller, this gravure ink proofer guarantees uniform ink film thickness across every single proof. This frictionless and highly repeatable drawdown process is an essential prerequisite for meeting strict international compliance.
Whether you are evaluating the relative tinting strength of water-based inks under ASTM D6531, measuring specular gloss with a gloss meter for ISO 2813, or conducting colorimetry and diffuse reflectance analysis via a spectrophotometer for ISO 2469 and ISO 9416, our advanced printability tester ensures your samples are geometrically perfect and ready for flawless optical measurement.
| Features an intelligent touch screen control with automatic positioning and pneumatic pressing, completely eliminating manual operational errors. | Automated Precision: |
| Equipped with a high-precision servo motor utilizing advanced Japanese servo technology for unmatched operational stability. | Premium Drive System: |
| Ensures a consistent and precise volume of ink is delivered to the anilox roller. | Doctor Blade Ink Supply: |
| Allows for rapid swapping of different anilox roller styles, which can also be fully customized to meet specific client requirements. | Customizable Anilox Rollers: |
| Designed with a separated transmission cleaning device, allowing the anilox roller and rubber roller to separate for independent, convenient cleaning. | Effortless Maintenance: |
| Accurately analyze hue, gloss, wear resistance, and observe any color shifts after the drying process. | Comprehensive Ink Test: | Application Scope: |
| Rapidly produce color swatches to compare hues and finalize optimal ink formulations. | Spot Color Proofing: | |
| Provide clients with exact color samples for confirmation prior to mass printing, significantly reducing batch discrepancies. | Client Approvals: | |
| Work seamlessly with spectrophotometers to refine ink formulations and elevate overall printing precision. | Process Optimization: |