As additive manufacturing technology continues to mature, high-performance engineering plastic PEEK (polyether ether ketone) is emerging as one of the core materials in the 3D printing sector. With its exceptional heat resistance, high strength, chemical stability, and biocompatibility, PEEK-printed parts are seeing rapid growth in applications across high-end industries...
In manufacturing assembly processes, the quality and efficiency of screw tightening operations directly impact a company's production performance and market competitiveness. With the popularization of automation technology, fully automatic screwdrivers have gradually become an important alternative to manual screw tightening. Compared with traditional manual operations, ...
In automotive manufacturing, engineering machinery, large equipment assembly, and other fields, the tightening quality of multi-bolt connection structures directly determines product stability and safety. Single-spindle tightening equipment can no longer meet the demands of multi-bolt synchronous assembly, leading to the emergence of multi-spindle bolt tightening machine...
Introducing GALFLO Eco Green – the new generation of eco-friendly fluxes. Developed through continuous research and innovation by Pietro Galliani, the GALFLO Eco Green line delivers the same high performance as our traditional products, with an even safer and more sustainable formulation. - Free from boric acid - No reprotoxic risk phrases (H360, H361) - REACH compl...
The EPM Magnetic Chuck Magnaslot 50 achieves a permanent clamping force through a short electrical impulse and demonstrates its strength particularly where mechanical clamping devices reach their limits. It holds both flat and uneven workpieces vibration-free and with low distortion in a single clamping operation during industrial milling, turning and drilling. Furth...
In the context of rapid development of modern manufacturing, industrial electric screwdrivers have become an indispensable core tool on automated assembly lines. Whether it's for new energy three-electric systems, automotive manufacturing, or the production of 3C smart products and communication equipment, selecting a high-performance, stable, high-precision, and traceab...
In the process of industrial intelligent transformation, smart electric screwdrivers, as key equipment in the assembly process, have their data transmission stability, real-time performance, and integrity directly affecting production quality control and the effectiveness of intelligent upgrades. Communication technology is the core support for smart electric screwdriver...
In industrial assembly screw fastening, the torque stability of a torque screwdriver directly determines the fastening quality. Torque instability can lead to inconsistent fastening effects, causing component loosening and even structural safety issues. This article analyzes the causes from multiple dimensions and provides solutions. I. Insufficient Tool Accuracy: Inher...
In modern manufacturing, the application of automated and intelligent equipment has become the key to improving production efficiency and product quality. As one of the commonly used tools in this field, the servo electric screwdriver provides a brand-new tightening solution for various industries. This article will introduce in detail the main functions of servo electri...
In safety-critical fields such as aerospace and automotive manufacturing, the quality of a single screw is not simply a matter of “torque to target”. Multi-step tightening strategies are usually required to raise final locking quality, but this places high demands on the intelligent screwdriver: it must deliver high-precision control and allow every step’s parameters to ...
In automated tightening and assembly applications, blow-type screw feeders are widely used in various production lines due to their high-speed screw feeding capability. However, during high-speed feeding, issues such as screws not reaching the correct position, jamming, or missed feeds—if not detected promptly—can lead to assembly failure or even equipment damage. Theref...
In industrial assembly, many believe that simply tightening each bolt to the specified torque with a high-precision tool completes a qualified joint. However, this “torque-only” mindset—ignoring tightening sequence—often creates serious hidden risks to equipment safety. No matter how accurate the tool, an incorrect tightening sequence can drastically reduce the actual cl...
With the rapid development of the domestic manufacturing industry, more and more manufacturers are transforming their operations into digital factories. Factories are filled with numerous devices and complex processes, and frontline workers are increasingly focused on handling and adjusting equipment. However, in digital factories, data collection and in-depth applicatio...
We all know that whether using a conventional electric screwdriver or an automatic screw locking machine, it is common to encounter situations where the torque reaches the preset target torque and stops, but the screw is not fully tightened. This is often referred to as screw floating, also known as "floating high" or "floating nail." So why do screws float? Generally, t...
In industrial production, tightening is a core process that directly affects product stability and safety. Effective error-proofing in tightening is not just about enforcing operator discipline—it requires systematic planning throughout the entire production process. Only through multi-dimensional control and closed-loop management can the risk of tightening anomalies be...
Due to their extended length and specific design, long screws are widely used in mechanical equipment, the automotive industry, electronic devices, aerospace, and other fields. In automated assembly processes, automatically feeding and tightening long screws presents several challenges: Automatic Blow Feeding of Long Screws: Long bolts, with their large size and length,...
Blow-type screw feeders play an important role in industrial automation. The maximum screw size they can handle is a key performance indicator. However, since there are many different models and specifications on the market, the maximum screw size varies. So, what is the largest screw a blow-type feeder can handle? Let’s take Danikor’s blow-type screw feeder as an exampl...
In 3C electronics assembly, huge numbers of micro-screws (M0.5–M2) are used. Their tiny size makes traditional manual picking slow, prone to dropping screws into the product or losing them altogether. Common vibratory bowl feeders often jam, wasting cycle time and reducing throughput. Danikor’s rotary-disk (water-wheel) automatic feeder solves these problems: Vacuum pi...
Turbo-chargers are key components in automotive, aerospace and defense applications. A typical unit is built from a rotor, compressor, sealing set, center housing and bearing system. Assembly tolerances are extremely tight, so manufacturers must use state-of-the-art fabrication and fastening technology and follow strict standards. Below is how Danikor’s screw-feeding and...
Torque overshoot—when the actual torque exceeds the preset or target value—can cause serious problems: Bolt Damage: Exceeding the bolt’s torque limit causes plastic deformation or even fracture. This not only ruins the bolt but can trigger a chain reaction, degrading overall system performance. Loosening of Joints: Excessive torque increases internal stress, leading to...
With the continuous development of industrial automation, automatic screw driving machines have been widely used in industries such as electronics, automotive, and toys. The working principle is mainly to drive the screwdriver through pneumatic or electric means, combined with a robotic arm, tightening module, and control system, to achieve automatic screw picking, posit...
When it comes to automated screw feeding, one inevitably thinks: what is the jamming rate? Can screws with large heads be fed? What about extra-long screws? Or screws with washers? During automated screw feeding, complex screws have corresponding feeding solutions. Today, we’ll first take a look at the automated feeding method for screws with washers. Due to their struc...
In industrial manufacturing, automatic screw feeding machines are widely used on automated assembly lines to efficiently and quickly supply screws to tightening stations. However, due to the complexity of the equipment and high-speed operation, multiple feeding is a common issue. It can lead to screw jams, production line stoppages, decreased product quality, and even eq...
As industrial automation continues to deepen, the automatic screw locking machine, as a key piece of equipment on the production line, is gradually transforming the face of manufacturing. It can automatically complete a series of actions such as screw feeding, positioning, locking, and detection, significantly improving production efficiency while ensuring consistent pro...
With the rapid development of industrial-automation technology, the demand for all kinds of complex, irregular parts is growing every day. Manual assembly of such parts is inefficient, labor-intensive and difficult to manage. To solve the urgent problems of loading irregular parts into fixtures, Danikor has innovated beyond the traditional vibratory-bowl feeder and devel...
During vehicle use, many car owners notice that bolts originally installed by the factory rarely loosen, even after long-term driving and vibration. In contrast, bolts replaced during later repairs tend to loosen more easily. This difference is not simply due to bolt quality, but rather stems from the professional tightening tools and scientific tightening strategies use...
The flexible feeder is a highly versatile feeding device meticulously developed by Danikor. It works in conjunction with mature vision positioning systems and robotic systems to achieve flexible feeding. The combination of a flexible vibration bowl, vision positioning, and robotics solves the feeding challenges of ultra-thin, ultra-small, irregularly shaped, and feature-...
In today’s era of global industrial automation, the smart electric screwdriver (also known as an intelligent electric screw gun) is no longer just a simple replacement for manual tools. It has evolved into an intelligent production unit that integrates precision mechanics, sensor technology, and digital control. It is widely used in industries such as 3C electronics, aut...
In precision manufacturing industries such as 3C electronics, medical devices, smart wearables, and automotive electronics, the automated assembly of micro-diameter screws (e.g., M0.8 to M2.0) has long been a major pain point on production lines. Manual operations suffer from low efficiency and poor consistency, often leading to issues like stripped threads, inaccurate t...
Driven by the rapid advance of automation, automatic screw-feeding systems have become ubiquitous in automated bolt-assembly lines. Compared with traditional manual work, they reduce repetitive labour, lower operator fatigue, guarantee highly consistent screw presentation and keep screws continuously available, effectively shortening the replenishment cycle. Nevertheles...
The performance of an electric screwdriver fundamentally depends on the type of motor technology it uses. The key difference between brushed and brushless electric screwdrivers lies in how electric current is conducted and how the motor is driven. Brushed electric screwdrivers use traditional brushed motors. These rely on physical contact between carbon brushes and a co...
In low-volume, high-mix production, manual assembly stations have become the backbone of flexible manufacturing thanks to their core advantages of “fast change-over and high adaptability”. Unlike automated lines, they require no costly retrofits; however, human operators are prone to mistakes—wrong parts, missing screws, reversed sequences—caused by fatigue, inexperience...
In new-energy vehicles the domain controller is literally the “super-brain”: it centrally processes data and logic for the core functional domains—autonomous driving, body electronics, power-train, etc. In automated-driving applications in particular it fuses sensor data, runs algorithms and issues control commands, making it the cornerstone of any self-driving function....
We are pleased to introduce the RRV rotating blow-off nozzle, specially designed for industrial compressed air cleaning, dust removal, and drying. Compact, robust, and versatile, it connects directly to a standard air gun or blow gun, providing a simple and efficient solution for your blowing operations. You’ll benefit from improved cleaning performance, reduced air co...
Fully automatic screwdriving machines are increasingly used in manufacturing scenarios such as home appliance assembly and automotive parts production. However, a single product often requires multiple types of screws. If a separate screwing device is configured for each type of screw, it not only significantly increases equipment procurement and maintenance costs but al...
In industrial-automation flows, the speed of the feeding step largely sets the pace for the whole line. Conventional vibrating feeders have clear limits when “flexible” feeding is required, while Danikor’s flexible feeder removes the bottleneck with an innovative approach. Standard feeders spread parts by vibrating from the centre toward the perimeter in an even, radial...
