業界ニュース

The storage condition of 3D printing filament directly affects the stability of the printing process and the quality of the model. Even high-quality filament can experience problems such as stringing, bubbles, and breakage if improperly stored. 1. Observe the filament's appearance: Well-stored filament typically has a smooth surface, uniform color, and no obvious discoloration, cracks, or signs of moisture. If the filament appears white or brittle, it may have been affected by the environment. 2. Check its performance during printing: Damp filament is prone to producing bubbles or crackling sounds when heated, and may cause uneven extrusion, a rough surface, and increased stringing during printing. 3. Pay attention to the […]

Many users immediately assume that lighter colors or faded text during printing is a toner cartridge problem. However, decreased print quality can be caused by a combination of factors, not just the toner cartridge. 1. Insufficient Toner: When a toner cartridge has been used for a long time and the toner is nearly depleted, the print density gradually decreases, resulting in lighter text or less clear images. 2. Abnormal Toner Quality or Distribution: Toner particle size, formulation stability, and development uniformity all affect print density. Insufficient toner flowability can lead to uneven or grayish prints. 3. Printer Settings: Some printers, when in Toner Save Mode, will automatically reduce toner usage, […]

Color off-color is a common problem in inkjet printing, usually manifesting as a discrepancy between the printed color and the screen display or expected result. This phenomenon is often caused by a combination of factors. 1. Ink formulation and color ratio mismatch: Different brands of ink have different toner ratios. If the red, yellow, and blue (or CMYK) ratios are not precisely controlled, overall color off-color or color distortion can easily occur. 2. Printer color management settings: Incorrect color modes, ICC profiles, or printing software settings in the printer driver can also lead to color output deviations. 3. Paper type affects color rendering: Different papers have different ink absorption properties […]

In the office printing and consumables distribution market, an increasing number of wholesalers are opting for suppliers that offer a wide range of products, rather than just single-product sourcing. This trend is driven by clear market and operational logic. 1. Reduced Procurement and Communication Costs: Multi-category suppliers can provide toner cartridges, ink, powder, paper, and other products simultaneously. Wholesalers don't need to deal with multiple factories, thus reducing communication costs and procurement process complexity. 2. Enhanced Supply Chain Stability: Multi-category suppliers typically possess more complete production and management systems, resulting in greater stability in delivery schedules and inventory management, helping to reduce the risk of stockouts. 3. Easier to Meet […]

When printing results in blurry text, faded colors, black lines, black spots, or gray background, many users wonder: is it a paper problem or a toner cartridge problem? Actually, the cause can be quickly found through simple troubleshooting. 1. Check the paper condition first. If the paper is damp, wrinkled, or has poor surface quality, it may cause blurry prints, paper jams, or uneven toner adhesion. It is recommended to test with a pack of stable, dry, and flat paper. 2. Observe the type of printing defects. If black lines, black spots, toner leakage, gray background, or significantly faded print colors appear, it is usually related to the toner cartridge, […]

In the modern office and printing industry, a stable consumables supply chain not only affects daily operational efficiency but also directly impacts cost control and customer service quality. 1. Guaranteed Continuous Supply An unstable consumables supply can easily lead to stockouts or delivery delays, disrupting normal business operations and customer order fulfillment. This is especially critical for bulk printing and channel partners. 2. Reduced Operational Risk Frequent supplier changes can result in inconsistent product quality, increasing after-sales issues and maintenance costs. A stable supply chain ensures consistent product performance over the long term. 3. Enhanced Cost Control A mature and stable supply chain typically has more efficient inventory management and […]

Paper humidity is a crucial factor affecting print quality. Both excessively high and low humidity levels can impact print quality and equipment operation. 1. High Humidity: Causes Deformation and Paper Jams When paper absorbs too much moisture, it can bend, wrinkle, or stick together, leading to feeding difficulties and even paper jams. Additionally, overly wet paper can affect toner or ink adhesion, resulting in blurry prints. 2. Low Humidity: Increases Static Electricity Overly dry paper is prone to static electricity, causing multiple sheets to feed simultaneously or attracting dust, thus affecting print cleanliness and stability. 3. Affects Ink and Toner Performance Changes in humidity affect the ink absorption and surface […]

Using or storing toner cartridges in high-temperature environments can significantly impact their performance, consequently affecting print quality and equipment stability. 1. Changes in toner flowability: High temperatures can cause toner to become looser or even clump, affecting its uniform distribution on the magnetic roller and leading to issues like graying, uneven printing density, or poor background graying. 2. Degraded photosensitive drum performance: Photosensitive drums are highly sensitive to temperature. High temperatures can accelerate their aging, reducing photosensitivity and thus affecting print clarity and lifespan. 3. Impact on sealing structure: Prolonged high temperatures can cause deformation or aging of internal seals within the toner cartridge, increasing the risk of toner leakage […]

The surface treatment of printing paper directly affects the ink absorption speed, diffusion rate, and final print quality. Different types of paper exhibit significant differences in performance. 1. Smoother Surface, Less Ink Diffusion Coated paper (such as photo paper or inkjet paper) has a smoother surface and an ink-absorbing layer, effectively controlling ink diffusion and resulting in sharper image edges and richer colors. 2. Ink-absorbing Layer Determines Drying Speed High-quality paper typically has a specialized ink-absorbing coating that quickly absorbs and fixes ink, reducing smudging and ghosting, while improving printing efficiency. 3. Surface Roughness Affects Clarity Ordinary copy paper has a relatively rough surface, allowing ink to diffuse easily. It's […]

Ink waste not only increases costs in daily printing but also affects equipment efficiency. Proper use and optimized settings can effectively reduce unnecessary consumption. 1. Use the Appropriate Print Mode For everyday documents, choose "Draft Mode" or "Economy Mode" to reduce ink consumption without affecting readability. 2. Avoid Frequent Power On/Offs Inkjet printers automatically clean themselves upon startup, consuming ink. Reducing frequent power on/offs helps minimize wear and tear. 3. Print Regularly to Prevent Printhead Clogging Long periods of inactivity can cause the printhead to dry out, requiring additional cleaning and wasting ink. It's recommended to print small amounts of documents regularly to keep the printhead clear. 4. Use Appropriate […]

In the 3D printing process, printing temperature is one of the key parameters affecting model quality. Improper temperature settings often directly lead to printing defects. 1. Too Low Temperature: Poor Bonding When the nozzle temperature is too low, the filament cannot melt sufficiently, resulting in insufficient adhesion between layers, easily leading to delamination, cracking, or reduced strength. 2. Too High Temperature: Reduced Detail Excessive temperature causes excessive material flow, resulting in blurred edges, severe stringing, and even collapse or deformation of the model. 3. Different Materials Have Different Temperature Requirements Different filaments (such as PLA, ABS, PETG) have their own optimal printing temperature ranges. If the temperature is not adjusted […]

In daily printing, paper jams not only affect efficiency but can also damage printing equipment. The quality and characteristics of the paper itself are a significant contributing factor. 1. Damp or excessively dry paper: Damp paper is prone to warping and sticking together, while excessively dry paper is prone to static electricity, both leading to uneven paper feeding and paper jams. 2. Incompatible paper thickness or size: Using paper that does not meet the printer's requirements (too thick or too thin) will affect the gripping of the paper feed rollers, increasing the risk of paper jams. 3. Rough or uneven paper surface: Low-quality paper with an uneven surface is prone […]