• It adopts a cross roller guide structure with high load capacity and excellent wear resistance, which ensures key performance indicators such as motion sensitivity.

• The main body is made of aluminum alloy with black anodized surface treatment. It is suitable for applications including optical experiments that require high precision manual adjustment.

• Driven by micrometer heads, each model is available in left-driven and right-driven versions for flexible operation. Customers can select according to actual requirements.

• The product is available in a wide range of sizes with good compatibility, short lead time and high cost performance.

• The OMHB series lifting stage is installed on the top for vertical lifting, featuring high precision, compact size, smooth movement and high rigidity for limited linear motion.

     OMSDH03 Series 3-axis Manual Linear Translation Stage with Lifting Stage (Cross Roller Guide Series).The main body is made of aluminum alloy with high sensitivity and compact overall dimensions. Adopting cross roller guides and driven by micrometer heads or thread pairs, this series achieves a sensitivity of less than 2 μm.Featuring a cross roller guide structure, the translation stage delivers greater load capacity as well as superior movement stability and smoothness. Adjusted via micrometer heads with direct reading function, it is extremely convenient to operate and is one of the most widely used translation stage models.Standard mounting holes are designed at the bottom, which can be directly connected to other platforms, or mounted on a base plate before being fixed onto optical platforms or flat plates.The lifting stage on the top of the product adopts a cross roller guide displacement structure and is driven by micrometer heads. It features high precision, compact size, smooth operation and high rigidity for limited linear motion.Standard products are manufactured from high-quality aerospace aluminum alloy. Custom stainless steel translation stages are also available upon special requirements.