Nortan capsulatrice

Used Nortan Unicap 35 Capsuling Machine of 1990, a robust single-head unit designed for linear operation at a consistent speed of 3,000 bottles per hour. This specific used Nortan capsuling machine is configured exclusively for PVC capsules, making it ideal for operations with a dedicated product line requiring this material. The original technical notes confirm its model as Unicap 35 and state its manufacturing year as 1990. A key feature noted is its integrated safety protection, a crucial consideration for any production environment. As an experienced engineer, I can tell you that a single-head, linear design like this Unicap 35 is often valued for its straightforward operation and reliability, especially for achieving its stated 3,000 BPH. While it's noted for PVC, this dedicated functionality simplifies setup for that specific capsule type. This unit offers a practical solution for operations seeking a focused capsuling capability. This particular example of second-hand capsuling machines for sale is currently located in Europe and is offered in 'As Is' condition, implying a thorough inspection is recommended to understand its exact operational state. For those looking for a Nortan Unicap 35 working at 3,000 BPH, this machine offers a direct application for PVC capsuling with its built-in safety features.

When inspecting this specific 1990 Nortan Unicap 35, an experienced eye will focus on a few critical areas. Firstly, for a machine of this vintage, the mechanical condition of the single head assembly is paramount. Check for wear in the capsule placement mechanism and any signs of excessive play in the rotating parts. The linear drive system's timing and synchronization should be verified; bent or worn conveyor guides for bottle handling could lead to jams. Since it's specified for PVC, inspect the capsule feeding system for any clogs or damage specific to handling that material; sometimes older machines can become brittle. Evaluate the stated 'safety protection'; for a 1990 machine, ensure guards are intact and interlocks (if present) are still functional, meeting modern safety standards as much as possible. This isn't just about presence, but integrity. Ask for any existing operational manuals, electrical schematics, and a spare parts list. For a 3000 BPH machine of this age, key consumables like springs, seals, and guide rollers might be difficult to source immediately, so having spares or identifying potential suppliers beforehand is crucial. A red flag would be excessive rust, unaddressed electrical modifications, or signs of poorly executed repairs. While its single-head, linear design suggests simplicity, the age dictates a thorough check of all moving parts, particularly the condition of electrical wiring which can degrade over time and pose a safety risk. Verify that the bottle handling components are suitable for your specific bottle dimensions, as customized parts might be expensive to replace or fabricate.

Integrating this Nortan Unicap 35, rated at 3,000 BPH and designed for linear flow, requires careful consideration of the preceding and succeeding equipment. Upstream, a consistent supply of filled and sealed bottles is paramount; a filler and capper operating at or slightly above 3,000 BPH would be ideal to avoid starvation or excessive accumulation. Given its linear configuration, a simple straight conveyor system will suffice for bottle transport into the machine. Downstream, ensuring adequate accumulation before a labeller or packaging machine is crucial. With a 3,000 BPH machine, even minor downstream stops can quickly back up bottles. Plan for a 3-5 minute accumulation table or serpentine conveyor to handle these brief interruptions. For its single-head design and PVC focus, it's vital to ensure any format change parts for different bottle sizes are readily available. A buyer should explicitly request any existing starwheels, guides, or bottle handling components that come with the machine, especially if their bottle dimensions differ from the previous owner's. Throughput balancing means ensuring the entire line paces consistently. If the downstream labeller runs slower, a larger accumulation buffer is needed. Conversely, if the upstream filler frequently stops, the capsuler will sit idle, reducing overall line efficiency. For this particular machine, verifying the exact dimensions of its infeed and outfeed conveyors and integrating them seamlessly into an existing line will minimize bottle transfer issues and optimize flow.