FLEXMOV® Robot cable

FLEXMOV® robot cables is developed specifically for ±180° high-frequency torsion working conditions of robots. All cables adopt PUR outer sheaths...

DURAMOV® ESD cable drag chain

DURAMOV®‑E series anti-static cable chains are made of intrinsically anti-static composite material, they safely dissipate static charges generated by friction during motion...

LMS04 Electric linear modules

● Compact design for reduced installation space
● Self-lubricating, maintenance-free module
● Smooth and noise-free operation
● Module stroke freely configurable

GE Spherical bearing

● GE bearings have a composite outer ring with inner wear-resistant layer and hard chrome-plated steel balls inside
● Excellent sliding properties in seawater
● Working temperature -40/+130℃

SRB-03-HTD Slewing ring bearings

● Standard sliding pads made from EPB13, available high temperature material EPB21

● HTD standard tooth type for the outer ring

● For very high load applications

KER Knife edge rollers

Hard anodized surface aluminum tube; High anti-wear EPB7 bushings or FDA grade and high anti-wear EPB23 bushings; High precision and long life; Low driving force; More length upon request;

SRB-03-EPB21 Slewing ring bearings

● Standard sliding pads made from high temperature material EPB21

● Easy to install with replaceable sliding pads

● Inner and outer rings made of anodized aluminum

GIB-K-L Rod end bearings

● K type ball material EPB15
● Stainless steel balls for higher tightening torque
● Housing material: M163
● Simple assembly with the locking nut

PEC05 Escalator rotary chains

The rotation parts of PEC05 rotary chains are with self-lubricated plastic plain bearings, The plastic bearings made of EPB15 maintenance free materials, The chains with easy to link or open design...

HN Linear guide rails

The installation holes are consistent with the standard ball guide rails;Available longer design by the guide rails connection;Smooth moving, Driving force is about 10% of sliding carriages...

C03H High-strength cable chain

Special crossbar design for multiple inner width, High strength and stable, openable along the both sides

Inner height: 32 to 80mm
Inner width: 200 to 600mm

TR Linear guide rails

The dimensions are the same as the ball bearing guides;Made of hard anodized surface of aluminum alloy;Lightweight design; Resistant dust; Quiet operation...

GVCE Double end bearings

● Spherical ball made of highly wear-resistant EPB15
● Housing made of high strength and shape-stable M163
● Connection rod made of high strength aluminum alloy
● The center distance up on request

GVCD Double end bearings

● Spherical ball made of highly wear-resistant EPB15
● Housing made of high strength and shape-stable M163
● Connection rod made of high strength aluminum alloy
● The center distance up on request

WRC02 Assembled hybrid carriages, SOR

● Rolling and sliding hybrid carriages

● Smooth moving and driving force reduced 45% than the standard carriages

● Sliding liners material: EPB13

● For side installation of WR02 guide rails

News Center
More News...
17
2026-10
Space and Friction Performance Optimized – GSQB Spherical Bearings Enable Stable Power Generation of Solar Trackers over Full Service Life
Against the backdrop of accelerated global energy transition toward clean and low-carbon power, photovoltaic power generation has become the mainstay of newly installed power capacity. As power plants worldwide shift from capacity expansion to power generation efficiency improvement, solar trackers are growing in importance. Compared with fixed mounting structures, solar trackers keep photovoltaic modules aligned with sunlight in real time to extend effective illumination duration. Under the same installed capacity, trackers typically boost power output by 20%~30%, with higher gains in regions with ample solar irradiance and higher latitudes. For this reason, solar trackers have seen rising adoption in large ground-mounted power stations, hilly terrains and Gobi desert projects. The reliability of core transmission and load-bearing components directly determines 25-year lifecycle power generation revenue and O&M costs of the whole plant.
15
2026-10
Conquering Dynamic Torsion Challenges: FLEXMOV® Robot Cables Empower Intelligent Manufacturing Upgrade
Driven by the rapid growth of China’s industrial robot and intelligent equipment industries, multi-joint robotic arms, collaborative robots and multi-dimensional motion equipment impose stringent requirements on internal cables. As the "blood vessels and nerves" of automated equipment, cables must deliver stable power and signal transmission while enduring millions of cycles of reciprocating torsion, bending, oil contamination, alternating high and low temperatures and other harsh operating conditions. Ordinary flexible cables are only suitable for static installation or simple reciprocating bending. They cannot withstand continuous axial torsion at robot joints, and are prone to conductor breakage, sheath cracking and signal loss, resulting in costly production line downtime. To address this industry pain point, Zhejiang Changsheng CSB® has launched the FLEXMOV® series of dedicated high-flexibility robot cables. Featuring ±180° per meter high torsion resistance, special PUR sheaths and a comprehensive multi-category product matrix, the series delivers highly reliable cable solutions for dynamically moving equipment.
29
2026-09
Hidden Risks in Semiconductor Production: How Weak Static Electricity Impacts Production Yield|CSB DURAMOV® ESD Cable Chain
Electro-Static Discharge (ESD) arises from friction and material separation, a common physical phenomenon. Humans can perceive static electricity starting at 3500V, yet for semiconductor precision electronic components, static electricity as low as 35V can cause irreversible permanent damage. Such ESD damage is highly concealed: it produces no sound and leaves no visible marks throughout production, even though internal component failure has already occurred. This triggers a chain of consequences: frequent equipment and system malfunctions, degraded product quality, higher scrap rates, increased maintenance costs, along with risks of customer complaints and claims.
09
2026-09
Miniature Electric Linear Module: Ultra-Thin Compact Design Solves Precision Motion Challenges in Confined Spaces
CSB Releases LMS04 Miniature Electric Linear Module: Ultra-Thin Form Factor Empowers Precision Miniature Automation CSB has officially launched the LMS04 miniature electric linear module. Boasting an ultra-compact miniaturized design, it overcomes precision motion control challenges in confined spaces and provides high-performance domestic transmission solutions for high-end automation industries such as 3C electronics, medical equipment, semiconductor inspection and laboratory instruments. The module features an overall height as low as 29 mm and a minimum overall length of only 120 mm. Its ultra-thin integrated structure significantly saves installation space and enables miniaturization and lightweight upgrades for automated equipment. Adopting advanced self-lubricating sliding construction, the product enables long-term maintenance-free operation without regular grease refills. It eliminates grease contamination risks and fits clean working conditions, reducing equipment maintenance labor and costs. In addition, the LMS04 runs smoothly and stably with ultra-low noise, suitable for various silent precision working environments. It supports customizable strokes and high-performance lead screw drive systems, which can be flexibly adapted for customers’ non-standard working conditions. Compared with conventional imported miniature linear modules, this product offers stable lead times and better cost performance. It can fully replace imported alternatives, helping downstream enterprises optimize supply chains and lower production costs to fuel high-quality development of China’s precision automation equipment sector.
 

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