ACS-H單階壓實切割塑膠回收造粒生產線
Aceretech ACS-H™ 切割壓實造粒生產線是一款高性能廢塑膠回收設備,將破碎、壓實、塑化和造粒整合到一個無縫流程中。這款先進的切割壓實造粒系統為各種工業後和消費後塑膠廢料提供可靠且高效的解決方案。 ACS-H 系列專為多功能性而設計,是處理塑膠薄膜、拉菲草、長絲、袋子、編織袋和發泡材料的優質 PP PE 薄膜造粒生產線。它所生產的優質顆粒可直接用於吹膜、管材擠出和射出成型。這款通用塑膠造粒生產線相容於多種聚合物,包括 PE、PP、PS、ABS、XPS、EPS 和 PVB。 該系統的核心是專門設計的切割壓實機和造粒機單元,能夠快速將各種塑膠原料轉化為均勻的薄片或再生料。這些耐用的組件專為重型塑膠回收應用而設計,可用於研磨塑膠瓶、薄膜以及小型硬塑膠碎片。 ACS-H 廢塑膠回收機是大型造粒的終極解決方案。此切割壓實造粒系統以顯著降低的能耗實現更高的產量,從而優化您的投資回報率。請查看以下功能,了解為什麼我們的塑膠造粒生產線是現代回收工廠的行業標準。
輕包裝帶製造設備(JC-BFY系列)
產品分類 : 吹膜押出機
The JC-BFY series tying tape extrusion line by blown film extrusion process is speically designed to produce tying tape, polytwine, twisted twine for light packaging applcation, as well other general packaging and industrial application.
CONTRACT ASSEMBLY
產品分類 : OEM/ODM代工服務
Our Electronic Manufacturing Service (EMS) is used to Co- design, test, manufacture, distribute and provide repair services for electronic components and assemblies for Original Equipment Manufacturers. We have provided Co- design engineering and contract EMS for the consumer electronics, industrial, medical, military and telecommunications markets. We specialize in a variety of contract assembly levels from high volume, complex electro-mechanical assembly & testing to small volume, conceptual prototype runs. For small to medium device assembly, we utilize a cost savings system of mobile workstations and conveyors that can be quickly grouped into private and secure assembly cells. MANUFACTURING CAPABILITIES Electromechanical Assembly Subassembly and/or Final Product Assembly RoHS Compliant Assembly Lean Manufacturing PLM, MES, QMS, System Dedicated Program Management Functional and Post-Assembly Test Verification Material Procurement and Consigned Management FACILITIES 10,000 & 100,000 class clean rooms Flexible cell production system Mass management with Manufacturing Execution System (MES) 30,000 sq ft floor space with room for expansion Large, medium or small minimum order quantity (MOQ) HR expertise to maintain qualified production workers 24/7 operations SUPPLY CHAIN MANAGEMENT SERVICES YOMURA TECHNOLOGIES has many years of material & component sourcing experience and has direct relationships with factories around the world. Our office has been designed to coordinate quick quotes, provide constant updates and track all data needed to communicate with and expedite all client orders. This ensures a smooth transition from placement of orders to delivery. We understand our clients need to keep inventory levels low to control costs, yet still need to respond quickly for new orders to satisfy your customer demand. Clients can leverage our supply chain management expertise to receive volume quality products without high inventory risk. By customizing our stocking and logistics programs to meet your production needs we can reduce your material inventory during all stages of development from prototypes all the way through high volume production orders. TEST ENGINEERING Our Test Engineering department is staffed with experienced engineers and technicians who excel at working with customers to develop methodologies and design fixtures to reduce overall manufacturing costs, improve production yields, identify failures early, support root cause analysis, and assist design engineering with test analysis. Yomura has more than15 years waterproof IP68 test. REWORK SERVICES Sometimes rework of existing product assemblies is necessary to fix a design flaw, upgrade an assembly with a new components, or simply to find a cost down solution. Our rework specialists assure that resulting assemblies will meet the highest quality standards. CERTIFICATIONS QUALITY SYSTEM AS9100 / ISO 9001 / ISO 14001 / ISO 13485 / TS 16949 / UL Compliant / FDA / MFi
HTAC Burners (High Temperature Air Combustion)
產品分類 : 加熱與熱控系統
The HTAC Burner Series represents a new generation of high-temperature air combustion technology, developed by Supertec to improve energy efficiency and reduce emissions in industrial kilns and furnaces. Designed especially for brick and ceramic production, these burners use preheated air up to 500 °C recovered from the kiln’s cooling section, drastically reducing fuel consumption and CO₂ emissions while ensuring homogeneous heat distribution.