製造業2026-05-04T12:29:02-05:00
WORLD-CLASS MANUFACTURING-Optimas Solutions

世界級
製造業

Capacity and expertise to regionalize your Americas fastener supply chain.

與專家交談

Our IATF 16949 and ISO 14001 manufacturing facility, using cold form production, adds security and control to your fastener supply chain. In-house engineering, 3D printing, tool & die shop and testing labs make Optimas your single source for industrial fasteners.

更少的浪費，更多的冷成型回報

單模
mfg-prod-01

單模

2 死/3 擊
mfg-prod-02

2 死/3 擊

3 死/3 擊
mfg-prod-03

3 死/3 擊

4工位機械加工緊固件
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4站

5工位機械加工緊固件
mfg-prod-05

5站

6工位機六角螺栓
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6站

您的內容在這裡

單模到 6 工位成型可用於工程外螺紋緊固件。

Our modern manufacturing plant in Wood Dale, IL USA (Chicago) specializes in highly reproducible cold form processes which result in:

  • 高強度優質緊固件
  • 生產速度更快
  • 接近零材料浪費
  • 最少加工
  • 幾乎沒有完成工作
Optimas 總部伊利諾州伍德戴爾辦公大樓外觀

特許品牌

我們已經與知名品牌建立了合作夥伴關係，以提供創新的螺紋成型和驅動解決方案，其中還包括節省重量和高度的解決方案。

  • TAPTITE®
  • 高扭矩®
  • 數學線程®
  • 墊點®
  • 改造®
  • 飛利浦 SQUARE-DRIV®
  • MORTORQ®超級
  • 外部MORTORQ®
雷米克標誌
MAThread標誌
十字螺絲公司
改革標誌

冷成型能力

經驗豐富的操作員、高質量的機器和原材料在預算和交貨時間內將設計轉化為零件。

Optimas 緊固件製造廠展示倉庫地板上的緊固件線軸和成排的緊固件切割機

我們先進的設施每年為各種重要行業的標誌性全球品牌製造數十億個零件：

  • 139,000 square feet of production space
  • 112 dedicated manufacturing machines
  • 通過 IATF 16949 和 ISO 14001 認證的設施
  • 2mm 銷到 22mm 直徑外螺紋緊固件
  • 5mm 至 220mm 長度
  • 40 多種螺紋和 7 種 SEMS 樣式
  • 棒材車削長度可達 175mm，直徑可達 6mm–42mm
  • 15 點配置
  • 23種原料
  • 30 多種標準和公制緊固件尺寸
  • 25 種以上的外部和內部磁頭/驅動器組合
  • 7 washer styles in standard and metric sizing
  • 無盡的二次和精加工過程

MANUFACTURING SERVICES FAQS

Optimas provides world-class fastener manufacturing services, specializing in cold forming for engineered and standard fasteners. Services include in-house engineering, tool and die development, 3D printing, testing and validation, and secondary operations, allowing Optimas to act as a single-source manufacturing partner.

Cold forming is a manufacturing process that shapes metal at room temperature using high-pressure dies. It produces high-strength fasteners with excellent dimensional accuracy, minimal material waste, faster production throughput, and reduced need for secondary machining.

Cold forming can be used to manufacture engineered and male-threaded fasteners ranging from single-die to 6-station forming. Capabilities include hex bolts, SEMS fasteners, thread-forming designs, and complex geometries requiring high repeatability and strength.

Single-die to 6-station cold forming allows manufacturers to balance complexity, volume, and cost. Multi-station forming enables more complex geometries and tighter tolerances while maintaining high production efficiency and near-zero material waste.

Optimas manufacturing facilities are certified to IATF 16949 and ISO 14001 standards. These certifications reflect rigorous quality management systems, environmental responsibility, and consistent production processes required for global industrial and automotive applications.

Optimas operates advanced manufacturing facilities in Wood Dale, Illinois (Chicago area). This location supports regionalized fastener supply chains and global customer demand.

Optimas manufactures billions of fasteners annually across more than 200,000 square feet of production space. Facilities include nearly 190 dedicated manufacturing machines, supporting high-volume, high-repeatability production for global brands.

Manufacturing capabilities include fasteners from 2mm pins up to 22mm diameter male-threaded fasteners, with lengths from 5mm to 220mm. Optimas supports over 40 thread styles, 7 SEMS styles, 25+ head and drive combinations, and both standard and metric sizes.

Optimas supports more than 23 raw material types, enabling fastener production across a wide range of strength, durability, and application requirements. Material selection is aligned with performance, industry standards, and environmental considerations.

Manufactured fasteners can undergo extensive secondary and finishing processes, including bar turning, machining, coating, and specialized finishing. These processes support functional requirements, corrosion resistance, and final assembly needs.

In-house engineering enables faster design validation, tooling optimization, and process control. Combined with testing labs and 3D printing, this approach reduces risk, shortens development timelines, and ensures fasteners meet performance and quality expectations before full-scale production.

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