High Assembly Linear Guide HGH15CA 28mm*15mm*34mm
The ZLV High Assembly Linear Guide HGH15CA is a top-tier linear guide with optimized precision and efficiency. Built to withstand diverse industrial environments, the HGH15CA offers reliable performance for an extensive range of applications, including automated machinery, robotics, and CNC machines.
|Dimensions||Total Height (H)||28mm|
|Rail Width (WR)||15mm|
|Slider Width (W)||34mm|
|Fastening||Slide Rail Fixing Screw(mm)||m4*16|
|Load and Weight||Rail Load (C/KN)||11.38 C/KN|
|Slide Weight (KG/PCS)||0.18kg/pcs|
|Rail Weight (KG/M)||1.45kg/m|
|Pricing||Guide Rail Price (USD)||$7|
|Slider Price (USD)||$2.7|
Please note that we can also customize the sizes according to specific needs, making our linear guides suitable for a wide range of operational setups.
Features & Advantages
- High Precision: The High Assembly Linear Guide HGH15CA offers high precision movement, making it ideal for systems where accuracy is paramount.
- Strong Load Capacity: With a rail load of 11.38 KN, this linear guide can handle significant weights, enhancing the flexibility of your machinery.
- Lightweight Yet Durable: Despite its robust performance, the HGH15CA remains relatively light, with slide and rail weights of 0.18 KG/PCS and 1.45 KG/M respectively. This ensures ease of installation and reduces the overall weight of your system.
- Value for Money: At just $7 per meter for the guide rail and $2.7 per piece for the slider, the HGH15CA offers superior performance without breaking the bank.
- Customizable: We understand that each system has unique requirements, and thus we offer custom sizes on demand. This feature allows you to tailor the linear guide to fit your specific operational needs.
- Reliable Performance: Designed and manufactured by ZLV, a reputable brand in the industry, the High Assembly Linear Guide HGH15CA guarantees consistent and reliable performance.
Choose the ZLV High Assembly Linear Guide HGH15CA for an effective, reliable, and customizable solution for your linear motion needs.