Month: April 2026

不同产线怎么选？焊接机器人搭配有讲究！ How to choose for different production lines? Matching welding robots requires careful consideration!焊接机器人不是随便选的，得按产品和产量来！Welding robots cannot be chosen randomly; selection depends on your products and output!小批量多品种、大件产品，用工装站或变位机组合款！For small-batch, multi-variety and large-sized products, use tooling stations or positioner combinations!小件、批量大、品种多，就用机器人加专机的流水线！For small parts, large batches and multiple varieties, use assembly lines with robots plus special machines!还有双机器人款，能边焊边取件，效率直接拉满！There are also dual-robot …

机器人超声波焊接机③Robotic Ultrasonic Welding Machine Read More »

焊接机器人系统咋构成？五大部分讲清楚！ How is a welding robot system structured? Five main parts explained clearly!别以为焊接机器人就一个机身！Don’t think a welding robot is just a single body!一套完整的弧焊机器人系统，得由五部分组成：A complete arc welding robot system consists of five parts:机器人本体、控制柜、超声波焊接电源系统，Robot body, control cabinet, ultrasonic welding power supply system,还有焊接传感器和安全保护设施，As well as welding sensors and safety protection devices,最后是工装夹具，少一个都不行，各有各的关键作用！And finally, tooling fixtures; none can be omitted, each …

机器人超声波焊接机②Robotic Ultrasonic Welding Machine Read More »

机器人超声波焊接机，制造业新趋势！Robotic Ultrasonic Welding Machine, A New Trend in Manufacturing!做超声波焊接的老板看过来！Bosses engaged in ultrasonic welding, listen up!机器人超声波焊接机已是行业发展大趋势！Robotic ultrasonic welding machines have become a major trend in the industry!相比手工焊接，机器人焊接质量更稳定、成本更低、工作环境更安全！Compared with manual welding, robotic welding delivers more stable quality, lower costs and a better working environment!它已成为企业技术升级改造的首选设备！It has become the top choice for enterprises’ technical upgrading and transformation! CHANGZHOU WELD …

机器人超声波焊接机①Robotic Ultrasonic Welding Machine Read More »

DOE 法实操五步走，焊接工艺超稳定！Five-step practical operation of DOE method, welding process is super stable!手把手教你用 DOE 法优化超声波焊接工艺，五步就能搞定！先定材料的噪声水平，再选焊接时间、压力这些控制参数，接着确定拉伸强度这类响应参数，然后分析结果定最佳条件，最后用最佳条件试焊多个样品，检验稳定性！没稳定的话，就重复二到四步，保准工艺不出错！I’ll teach you step by step how to optimize the ultrasonic welding process using the DOE method—just five steps! First, determine the noise level of the material; then select control parameters such as welding time and pressure. Next, define response parameters like …

超声波焊接参数调节③ Ultrasonic Welding Parameter Adjustment Read More »

找最佳焊接条件，DOE 法超好用！Finding the best welding conditions, DOE method is excellent!还在一个个试参数找超声波焊接的最佳条件？太费时间了！用 DOE 实验设计法，快又准！它是靠统计方法来的，不过用之前得先做筛选实验，把每个工艺参数的可调范围定下来，再按方法做一系列试验，最后统计回归结果，直接就能找到最佳焊接条件，比盲试高效多了！Are you still testing parameters one by one to find the optimal conditions for ultrasonic welding? It’s too time-consuming! Use the DOE (Design of Experiments) method—it’s fast and accurate! It is based on statistical methods. Before using it, you need to conduct screening experiments …

超声波焊接参数调节② Ultrasonic Welding Parameter Adjustment Read More »

超声波焊接核心参数，振幅是关键！Core parameters of ultrasonic welding, amplitude is the key!家人们，做超声波焊接调参数别瞎忙活，先记牢核心工艺参数：启动力、下降速度、焊接时间、振幅，还有保持时间和压力。而影响焊接质量最大的，就是振幅！20kHz 是常用频率，其他频率要换算，比如 20kHz 推荐 50μm，40kHz 就直接减半成 25μm，特简单！现在高端设备还有 SPC 功能，能控功率、能量这些，焊接更精准。Hey guys, don’t work aimlessly when adjusting parameters for ultrasonic welding. First, remember the core process parameters: trigger force, descent speed, welding time, amplitude, hold time, and pressure. The one that affects welding quality the most is amplitude! 20kHz …

1超声波焊接参数调节① Ultrasonic Welding Parameter Adjustment Read More »

超声波切割的工作原理，四部件协同搞定内饰切割（三）Working Principle of Ultrasonic Cutting: Four Components Work Together for Interior Cutting (Part 3)很多朋友好奇，超声波切割到底咋切的？其实核心就靠四大部件，一步一步配合，超简单！Many friends are curious: how exactly does ultrasonic cutting work? At its core, it relies on four key components working step-by-step in perfect coordination—it’s super simple!首先驱动电源把家里的市电，转换成高频高压的交流电；First, the drive power supply converts regular household electricity into high-frequency, high-voltage alternating current.传给超声波换能器，它就是个能量转换器，把电能变成机械能，还会纵向来回伸缩振动；This is then passed …

超声波切割汽车内饰件③ Ultrasonic Cutting of Automotive Interior Parts Read More »

超声波切割的硬核优势，完美适配汽车内饰加工（二）The Hardcore Advantages of Ultrasonic Cutting, Perfectly Suited for Automotive Interior Processing (Part 2)为啥汽车内饰切割都认准超声波？这优势简直踩中了内饰加工的所有需求！Why is ultrasonic cutting the top choice for automotive interiors? These advantages hit all the key needs in interior processing!切割刀做高频超声波振动，摩擦阻力特别小，材料压根不粘刀，省了超多清理功夫；The cutting blade performs high-frequency ultrasonic vibration, resulting in extremely low friction resistance. Materials never stick to the blade, saving a great deal …

超声波切割汽车内饰件② Ultrasonic Cutting of Automotive Interior Parts Read More »

超声波切割 VS 传统切割，内饰加工的天壤之别（一）Ultrasonic Cutting VS Traditional Cutting: A World of Difference in Interior Processing (Part 1)做汽车内饰件加工的老铁看过来！超声波切割内饰件，跟咱们老用的传统切割，那压根不是一个路数！Hey fellow automotive interior parts manufacturers! Ultrasonic cutting for interior parts is totally different from the traditional cutting you’ve been using!传统切割全靠锋利刀刃硬压，靠强压强把材料分子拉开，刀得磨超尖、压力得超大，碰上内饰常用的软的、弹的、粘的材料，要么切不动要么切得毛糙，贼费劲！Traditional cutting relies on hard pressure from sharp blades, pulling material molecules apart with high force. The blade must be …

超声波切割汽车内饰件① Ultrasonic Cutting of Automotive Interior Parts Read More »

Ultrasonic Four Parameters & The Relationship Between Amplitude and EnergyThe effect of ultrasonic welding is fully determined by four parameters: time, power, frequency, and amplitude.Among them, time and power are easy to adjust and observe, so they are the main settings in daily operation and are familiar to most users.However, amplitude is different. It is …

Ultrasonic Amplitude, Power, and Energy (III) Read More »

Why Is Amplitude So Difficult to Measure?It is extremely hard to accurately measure ultrasonic amplitude! The amplitude we refer to mainly applies to transducers and boosters. There are two main reasons for the difficulty: high frequency and small amplitude.The frequency is typically 19.5–21.5 kHz, while the amplitude is only 40–80 microns. Ordinary measuring instruments cannot …

Ultrasonic Amplitude, Power, and Energy (II) Read More »

The Importance of Amplitude as a Core Parameter (Part 1)Attention friends in ultrasonic welding! Amplitude is the key to achieving a good weld, just like the temperature of a soldering iron!Insufficient temperature results in poor welding, while excessive temperature burns the material, damages the structure, and drastically reduces strength.Transducers from different manufacturers have varying output …

Ultrasonic Amplitude, Power, and Energy (I) Read More »