Is This FANUC ROBOSHOT S-2000i100B injection molding machine in Stock and Inspectable?

Yes. This used FANUC ROBOSHOT S-2000i100B is listed as a current machine with stock number 812568 in China, and the listing provides enough concrete details for a serious buyer to move to inspection planning. It is a 2013 Japan-made electric injection molding machine with a FANUC Series 310iS - Model A control, 100-ton clamping force, 330 mm/s injection speed, 26 mm screw diameter, and 460 mm lower mold length.

What confirms this machine is inquiry-ready for a buyer?

The listing gives the key identifiers a buyer normally needs before requesting a live inspection: brand, model, year, origin, stock number, and physical location. In this case, the machine is identified as a FANUC ROBOSHOT S-2000i100B, stock number 812568, made in Japan, located in China, and built in 2013. That combination matters because it reduces ambiguity when a purchasing team compares multiple used injection molding machines from different traders or plants.

The technical outline also supports a faster qualification step. The control is specified as FANUC Series 310iS - Model A, which is relevant for buyers who want consistency with existing FANUC-based molding operations. The 100-ton clamping force places the machine in a practical range for precision molded parts, while the 26 mm screw diameter and 330 mm/s injection speed give buyers an early indication of its fit for small to medium molded components and cycle-sensitive jobs.

What the listing does not confirm is the actual inspection format, current powered status, tooling setup, or test-shot availability. So the right buying conclusion is not that every readiness step is already verified, but that the machine is documented well enough to justify contacting the seller for an inspection appointment and evidence review.

Is the FANUC ROBOSHOT S-2000i100B broad enough for mixed production needs?

For buyers who want one machine that can cover many applications, this ROBOSHOT model sits in a useful middle ground. A 100-ton electric injection molding platform can be considered for precision plastic work across automotive, aerospace, mold making, medical devices, and electronics, especially where stable control and repeatable small-part molding are important. That does not guarantee fit for every mold, but it does make the machine relevant to several production environments rather than a single narrow process.

The 26 mm screw diameter points toward finer-shot applications rather than very large molded volumes, which may suit connectors, housings, technical inserts, compact functional parts, and prototype-to-batch runs. The listed 330 mm/s injection speed also matters for buyers comparing responsiveness in thin-wall or precision-focused molding scenarios. If your operation handles varied jobs from electronic components one week to medical or automotive plastic parts the next, this is the type of machine worth screening because it supports the "one machine, many applications" logic that many used-equipment buyers want.

The lower mold length of 460 mm is another practical filter for a purchase decision. Buyers can quickly compare that dimension against their current mold base needs before spending time on travel or remote review. In other words, this listing is especially useful for a procurement team trying to decide whether the machine deserves the next step now, not months later.

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