Multi-Function Laboratory Pelletizing Compounding System | CK-32HT
产品分类 : 色母粒生产线
CK-32HT Multi-Function Laboratory Pelletizing Compounding System is especially designed for laboratory purpose. It is suitable for all kinds of plastic experiments and is the best tool for testing in research and academic institution. Possible materials : Various filler compounds with plastic materials as CaCO3, Tio2, Talc, Pigment, etc.
Hot Plate Plastic Welding Machine KH-33 (upper and lower cylinder type)
产品分类 : 自动袋焊机
1.The machine is constructed of main body, hot mold set and upper & lower fixtures. Upper and lower fixtures moved by cylinder. 2.The welding part's surfaces melted in proper welding time when pressed against the hot plate. 3.The hotplate retracts and forced welding parts together in proper holding time. 4.Enable to weld two mold cavities in one stroke.
垃圾袋与平口袋两用自动封切机
产品分类 : 塑料制袋机
1. 伺服马达驱动,进料流畅,尺寸精准。 2. 配合封切机,每张自动折叠,省时省力。 3. 可依计数器之设定,一定成所需张数。 4. 可依袋宽需要折成三折或四折包装方便快速。 5. 利用电磁配合气压控制,调整快速容易。
全自动底封制袋机 LY-650B / LY-800B / LY-1000B
产品分类 : 切割机
Introduction LY-650B / 800B / 1000B series is fully automatic flat, bottom sealing bag making machine. It equips with servo-driven feeding system and human-machine interface for customers easy and friendly operation. Hanger attachment and hot-needle system can be optional on LY-1000B for customers to produce garment bag. Features Fully automatic flat bottom sealing making machine. Servo-driven feeding system with one set of photocell for printed bag. Human-machine interface for easy setting. Hanger attachment and hot needles are optional for garment bag.
撕破碎一体机-GCV 系列
产品分类 : 塑料破碎机
GCV系列撕破碎一体机是一款集撕碎和破碎一体的处理设备,广泛适用于多种塑料。设备的上部空间设置为撕碎区,采用了密排小刀片刀辊结构,并设有推料板强制料等机构,具有低转速、低噪音、大扭矩、高节能等优点下部空间设置有破碎区,可据破碎物不同的材质特性、产量来确定刀辊结构与喂料方式撕碎与破碎的物料无需输送设备,整体结构紧凑,占地面积少,整体经济性突出。
气体质量流量计0-1000L/min
产品分类 : 分离器
KMF1000 系列数位气体质量流量计采用微机电系统流量感测晶片,适用于各种用途的清洁、相对干燥的小流量气体测量和制程控制,特别的封装技术使得此产品满足不同范围的流量测量,能够保证高灵敏度、高可靠性、高稳定性和低成本。 它的原理是基于 MEMS 流量感测单元和高精度数位处理和校准电路。整合Δ-Σ A/D 转换器以及内部具有校准功能的组合逻辑电路和MCU 处理器共同确保感测讯号的即时有效撷取,获得准确的流量讯号,并在内部进行相应的补偿演算法处理,因此无需进行任何外部校准和补偿即可确保高精度的流量输出。