3 Ton Photonics Lab Stainless Steel Gantry Crane

31 Jul 2024 Case

A cleanroom (or clean room) is a room that has HEPA filtration to remove particles from the air. Cleanrooms are used for manufacturing where high levels of cleanliness and sterility are required. Cleanroom cranes provide sterile super clean manufacturing lifting process which reduces the chance of contamination getting in your chips and samples, especially in the photonics labs.

Mobile gantry crane allows easy lifting and moving in your cleanrooms. In this case, stainless steel gantry crane offers a manoeuvrable and cost-efficient alternative solutions in photonics lab.

3t stainless steel portable gantry crane

Applications of Stainless Steel Gantry Crane

The common applications of stainless steel gantry cranes are medical devices, pharmaceutical, optical, electronics and semiconductor manufacturing.

In semiconductor production, examples are computer chips for your cell phone or PC. If contamination were to get on the chip during manufacturing, they would not work. Mobile gantry crane helps this problem.

Advantages of Photonics Lab Stainless Steel Gantry Crane

• Heavy-duty casters have four-position, swivel-lock casters with moldon polyurethane wheels for excellent floor protection.

• Alternative caster styles & wheel brakes available upon request.

• Designed to easily fit into or on most service trucks.

• Movable with a suspended load.

• Anti corrosion features allows stainless steel gantry crane in cleanrooms.

stainless steel mobile crane in cleanrooms

3 tons stainless steel gantry cranes have a wide variety of indoor-outdoor, commercial and industrial applications. They are used by utilities, municipal maintenance, photonics, universities, research institutions, and other cleanrooms.

If you're seeking reliable, high-performance crane solutions to support your crane operations, consider partnering with KFCS cranes. Our team of experts is ready to help you identify the most suitable crane technology to meet your specific requirements.