Get A Quote
The compact fixed rail design is raceway ground and induction hardened, making the slide extremely durable, precise and able to operate at high speeds.
All Saibo series slide rails are made of German cold-drawn steel. All steel ball raceways have been induction hardened to a hardness of 58+4 HRC, which is similar to the hardness of steel balls. It has relatively small sliding resistance and increases longitudinal acceleration. In addition to the induction-hardened steel ball raceways, the slide rails themselves are protected by a 20µm black zinc coating that complies with RoHS and Reach regulations. The entire manufacturing process is controlled according to ISO9001:2015.
The mobile slides feature a variety of mounting options, with the ability to select 3, 4 or 5 bearing configurations to maximize performance. The slider body is made of anodized high-grade aluminum alloy. The precision bearings are sealed and protected after installation and are equipped with an eccentric bearing in the center to adjust the preload tolerance. It provides high load, low noise, excellent rigidity and stable performance even when operating at top speed.
Their durability and excellent wear resistance make Saibo compact linear slides ideal for applications such as train doors, robotic fences and precision pick-and-place equipment. We currently have 28 and 43mm formats. The design of Saibo telescopic slide rails and linear guides is the best choice to replace existing European brands in a more cost-competitive manner without affecting quality and performance.
Ground and induction hardened raceways 58+4 HRC
20µm black zinc plated for corrosion protection
Hardened layer depth: minimum 0.8mm
Maximum operating speed: TV28 - 5m/s, TV43 - 7m/s
Maximum acceleration: 15m/s2
Maximum operating temperature: 120 degrees C
The slide rails can be spliced to meet the required length
Standard slide with wiper blade with lubricating pad
Slider preload can be adjusted through central eccentric bearing
We recommend using external stops during operatio