T-slot test platform

What are the wide applications of cast iron test platforms?
Installation methods for cast iron test platforms include: support installation, anchor installation, pad installation, and anchor bolt installation. Support installation: The cast iron test platform is gently placed on the support, and the fine-tuning bolts on the support are adjusted until the platform is level. The support can reduce the labor intensity of inspectors, with a typical height of 500-600mm. Anchor installation: The cast iron test platform can be designed for anchor installation. First, the user prepares the foundation and pre-buried holes according to the platform's drawings. Then, the anchors are placed into the pre-set reserved holes, and the cast iron test platform is adjusted to level. Pad installation: The cast iron test platform is adjusted to level, with the load evenly distributed across all support points. The ambient temperature should be (20±5)°C, and vibration should be avoided during use. The advantage of pad installation is that it is easy to install and move. Anchor bolt installation: The cast iron test platform is designed for installation according to user requirements, using anchor bolts.
To prevent deformation of the cast iron test platform, when hoisting, use four steel cables of the same length to simultaneously hook onto the four lifting holes on the platform, ensuring it is lifted steadily onto the transport vehicle. The support points should be properly padded and leveled, with each point bearing the load evenly to keep the entire platform stable. During installation, use adjusting pads to properly and firmly support each point, and technicians should adjust the platform to meet the required accuracy. When using, handle workpieces gently and avoid moving rough workpieces on the platform to prevent impacts, scratches, or other damage to the working surface. To prevent overall deformation of the cast iron test platform, remove workpieces after use to avoid long-term heavy pressure causing deformation.
Installation procedure: Place adjusting pads in appropriate positions and insert bolts into the foundation holes. After hoisting the cast iron test platform into place, insert the bolts into the anchor bolt holes at the appropriate height, tighten the nuts onto the base plate, align the position, remove the fixing device from the sliding seat, and clean the platform thoroughly. Use a level to adjust the machine, placing the level on the guide rails. Align the anchor bolts and pour concrete into the holes. After the concrete sets, adjust the installation accuracy of the cast iron test platform so that the horizontal deviation does not exceed 0.05/1000mm, then tighten the anchor bolts and apply cement around the base of the platform to level it.
Heat treatment process for cast iron floors: Overall heat treatment involves heating the entire workpiece and then cooling it at an appropriate rate to alter its overall mechanical properties. Common overall heat treatment processes for steel include annealing, normalizing, quenching, and tempering. Types of annealing for cast iron floors: Common annealing processes include recrystallization annealing, stress relief annealing, spheroidizing annealing, and full annealing. The purpose of annealing is mainly to reduce the hardness of the metal material, improve plasticity to facilitate machining or pressure processing, reduce residual stress, improve organizational and compositional uniformity, or prepare the structure for subsequent heat treatment.
Cast iron test platforms typically range in size from 200*300mm to 3000*6000mm, and dimensions can be customized according to the buyer's drawings. Cast iron test platforms are often used as reference planes for measurement. This product can also serve as a benchmark for inspection and measurement of machine tools, checking dimensional accuracy or geometric deviations of parts, and for precise marking. It is an indispensable basic tool in mechanical manufacturing. The accuracy of cast iron test platforms follows standard metrological verification procedures. The material is cast iron HT200-300, with a working surface hardness of HB170-240. The working surface of cast iron test platforms can be classified into Grade 0, Grade 1, Grade 2, and Grade 3, and they are widely used in various industrial applications.
Contact: Weiyue Machinery, Ms. Xie, 15350773479