Management Philosophy
 
     To integrate global resources for continuous innovation, to provide a better way of life and a better working environment for mankind, to achieve the goal of continuous operation through practices of professional excellence, working enthusiasm, and enterprise responsibility. 
 
 
Mission Statement
 
To provide a better way of life and a better working environment for mankind
1. For Taiwan: be able to develop high precision, high-tech, high value-added industrial products.
2.For the world: HIWIN products can replace hydraulic components, reduce pollution and noise, and conserve energy.
3.To provide a safe, clean and comfortable environment for employees as well as to maximize profit for shareholders. 
 
Our Name: ”HIWIN”
 
HIWIN is a combination of Hi-tech WINner. This means,
"You are a Hi-tech WINner with us."
   HIWIN comes from "HI-tech WINner" and means, "With us, you are a hi-tech winner." As you incorporate our product within your applications, you will realize the uncompromising value and leading technological advancements available through Hiwin.
   Beside this, we also take pride in our industry’s acknowledgments of our innovative technology. The principle of providing our customers with greater value through technological advancements and enhanced global competition is the foundation that supports Hiwin’s plan to be the leader in hi-tech industry.
   HIWIN has become a well-known brand with patents registered in over 34 countries including the US, Japan, the European Union, and more.

HIWIN Linear guide in the application of evaluation of six factors:
1, guidance accuracy
Guidance accuracy means movement members along its face when motion guide rails trajectory of accurate degree. The main factors of influence guidance precision bearing the guide rails have geometrical accuracy, guide the structure types, guide rail pair of contact with precision, surface roughness, guides and supporting pieces of stiffness, guide rail pair of oil film thickness and oil film rigidity, and guide rail and supporting pieces of hot deformation etc.
Linear motion guide the geometry precision of generally includes: vertical plane and horizontal plane within the straightness, Guide face between two parallel degree. Guide geometry precision can use guide the error or length of unit length error said.
2, accuracy stable
Accuracy stable is guide rail work process keep original geometry precision of ability. Guide accuracy stable mainly depends on the guide of wearability extremely dimensional stability. Wear resistance and guide rail pair of material matching, stress and machining precision and lubrication method and protective device performance of factors, in addition, guide and support within the part of the residual stress may also affect guide accuracy stable.
3, sports sensitivity and positioning accuracy
Sports sensitivity refers to the minimum movement component can realize trip, Positioning accuracy refers to the movement to the demand to halt in component specify the location of the ability. Sports sensitivity and positioning accuracy and guideway type, friction characteristics, velocity, transmission stiffness, motion component quality related to such factors.
4, running smoothness
Guide running smoothness is guide rail in low-speed movement or trace moving when not appear crawling phenomenon performance. Smoothness and guideway structures, guide vice material matching, lubrication condition, lubricants properties and guide of the movement of transmission system stiffness is related to such factors.
5, ant-vibration sex and stability
Ant-vibration sex is guide rail deputy under forced vibration and impact of competence, and stability at a given operation refers to the condition does not appear the excitedself vibration performance.
6, stiffness
Guide resistance stressed deformation ability. Deformation will affect the relative position between the components and guidance accuracy, this regarding the precision machinery and apparatus are particularly important. Guide deformation including guide ontology deformation guide rail pair contact deformation, both should be considered.