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Primary Packaging–Pharmaceutical - Eye drops - CJU-830 + CJ-500
The liquid production processors design compliances with cGMP of the liquid product guideline. The processors are applicable for low viscosity and volume below 60mL.
ビス合金ネジ
カテゴリー : スクリュー＆シリンダー
現在の需要プラスチック製品は、主にプラスチック製のバレルとスクリュー急速な腐食摩耗し、寿命を短くして、その結果、難燃剤、ガラス繊維、粉末、または変更された添加物のようなが含まれているスーパーエンジニアリングプラスチックを使用しています。エンジニアリングプラスチックと幅広いためには刻々と変化、そして最近スターは、プロジェクト開発を進めること。現在は、PTAの山と特別なテストフルハード鋼粉末のさまざまな技術を噴霧スプレーよりもPifuの表面全体にも継続的に進められています。ラバーに設定された栄養チューブの寿命を延ばすだろう、プラスチックが使用中でより大きな経済的利益をもたらします。
ダイレクトドライブギアボックス
カテゴリー : 変速機・モーター・駆動システム
レインブーツは、3Dマップが議論＆ABS + CNC校正を容易
カテゴリー : 金型設計および加工サービス
金型の最も厄介な部分は、基準サンプルは想像し、両方のを助けるために聞かせて、前の議論の2Dスケッチパターンから、[]ブーツの議論であるが、試料及び補助2Dスケッチからのみなる湾曲ブーツ高い曲率の変化量であります双方は想像を参照してください確かに金型が完了した後になりますが、常に修正問題、金型は、時間のかかるだけでなく、修正金型も同様に生活の質に影響を与えるにバインドされ、変更それほど頻繁に、異なります。
40% Long Carbon Fiber Reinforced Nylon 12 (PA12 LCF40)
カテゴリー : 複合材料
PA12 LCF40 is a high-performance engineering thermoplastic designed for lightweight structural applications. Compared to traditional short fiber reinforced materials, long carbon fibers significantly improve rigidity, fatigue resistance, and creep performance while maintaining good processability and stable dimensional accuracy. The PA12 base itself features low moisture absorption, making it ideal for humid or outdoor environments.
Polyamid 6 - NA7200GK50
カテゴリー : ポリアミン (PA)
ガラス繊維50％強化、高弾性率、高衝撃、黒色。 用途：手工具、動力工具、園芸工具、自動車、バイク、自転車部品および部品、スポーツ機器のスペア部品、電子機器、電気ケースおよび部品、OAオフィス部品、水道、医療リハビリ機器。
Semi-Automatic Packaging - Filling - CSL-F
CSL-F liquid filling equipment is semi-automatic liquid level filler for low viscosity liquid.
INSERT INJECTION MOLD
カテゴリー : 射出成形用金型
INSERT MOLDING TECHNOLOGY: When a metal, plastic or ceramic part needs to be embedded in plastic to improve product structure it is called Insert Molding. It is a widely used process and one that YOMURA TECHNOLOGIES specializes in. With Insert Molding, a part is placed in a mold cavity then a selected plastic material is injected directly over it resulting is a single part with the insert(s) encapsulated by the material. This process normally uses engineering plastics for improved wear resistance, tensile strength and weight reduction. Insert Molding can be a highly efficient alternative to the assembly of discrete parts using soldering, connectors, fasteners, or adhesives. It also expands plastic capabilities and can reduce final product cost by limiting the amount of costly metal needed to create a part. And importantly, because we can use conventional single shot injection machines for Insert Molding, tooling costs are lower than with a multi-shot processing. Benefits: Reduced assembly and labor costs Because insert molding joins numerous components with thermoplastic, assembly and labor costs are greatly minimized. For example, a single stamping can be overmolded, then perforated to create multiple circuit paths. Reduced size and weight By eliminating fasteners and connectors, and by combining the physical strength of resin and metal inserts, insert molding yields smaller and lighter components. Increased reliability With every part tightly secured in thermoplastic, an insert molded component prevents part loosening, misalignment, improper terminations, and other problems. The thermoplastic resin also provides improved resistance to shock and vibration. Increased design flexibility Designers appreciate the virtually unlimited configurations that insert molding allows. For example, in creating a 3D circuit board, overmolding permits circuitry to move freely through the part, from inside to outside, up walls, down in holes-and the plastic ties it all together. Materials: Engineering plastic or Thermo Plastic Rubber (TPR) inserted with metal frame die casting, plated copper pin, sockets, wire frames, etc. Applications: TPR + Metal Frame(3C Mechanical Parts) ABS + Al. Die Cast (Sports/ Medical) Eng. Plastic + Patting Pin/Eng. Plastic + Wireframe (Connector) Eng. Plastic + Copper Pin/Contact (Precision Electronic Component)
