Equipment category

Material handling & storage

Equipment for receiving, storing, supplying and counting SMD component reels.

Application and selection

Start with your material flow, then discuss suitable equipment for each step.

Product images: Neotel. Illustrative equipment types; configuration is agreed for your project.

The reel loop: six steps

After production, the remaining quantity is counted and the reel returns to storage for the next job. Production remains your process.

Material loop returning to step 02 StoreRegister incoming → Store → Retrieve / supply → Production → Count remaining → Return to storage → Store01
Register incoming
EQUIPMENT STEP
02
Store
EQUIPMENT STEP
03
Retrieve / supply
EQUIPMENT STEP
04
Production
CUSTOMER STEP
05
Count remaining
EQUIPMENT STEP
06
Return to storage
EQUIPMENT STEP
Return → 02 Store
Step 06 returns to step 02. The material loop has no end point.
  1. 01

    Register incoming

    Incoming reels are identified and labelled.

  2. 02

    Store

    Reels are placed in organised storage.

  3. 03

    Retrieve / supply

    Reels are picked and supplied to your line.

  4. 04

    Production

    Your line uses components in production.

    Your production
  5. 05

    Count remaining

    The remaining components are counted.

  6. 06

    Return to storage

    Remaining reels return to step 02 Store.

06 → 02: Return to storage

Equipment for your material flow

Explore equipment for receiving, storage, reel supply and counting. The selection depends on your reels, volumes and existing systems.

Neotel SMD Box One

Storage

Neotel SMD Box One

Automated reel storage in the context of your material flow.

View equipment →
Neotel NEO COUNTER X800

Counting after production

Neotel NEO COUNTER X800

Automated inline X-ray counting of components on SMT reels.

View equipment →

Assess your storage workflow

Estimate the capacity value of your storage workflow

Compare the same tasks and material volume before and after a possible change. Enter your own assumptions.

Example values – replace with your operating figures.
The starting scenario is illustrative only – not SMT/Neotel operating data or guaranteed savings.

Add up hours across all involved staff and shifts once. The total may exceed 24 hours per day.

Add investment and additional running costs

Include installation and integration in the investment. Do not count renting and purchase twice. Blank means unknown; 0 explicitly means no cost.

Your estimate

Released capacity per year
440 hours
Calculated capacity value per year
€13,200.00

Capacity value is not guaranteed cash savings. Payroll costs may remain unchanged. Suitability and assumptions need checking for your process.

Discuss your storage workflow

The calculation stays in this browser and is not saved or passed to the inquiry.

Calculation and limitations

Released hours H = (hours today − hours afterwards) × working days. Capacity value V = H × fully loaded hourly cost. Include employer costs and relevant overheads in the rate, and all remaining handling in the future workload.

With explicitly entered annual additional costs C: N = V − C. With investment I also entered and N > 0: months = 12 × I / N. Missing costs are not treated as 0. Negative results remain visible.

Simplified calculation assuming constant annual workload. Excludes interest, discounting, residual values and ramp-up. This is not cash-flow payback evidence or a renting-versus-buying comparison.

Rent or finance material handling

Discuss a single unit or its role in your line. Prices, availability, integration and support scope are confirmed in your proposal.

On its own or with your line

Start with the specific bottleneck in your material flow.

Discuss your material flow

What volumes do you handle? Where do you lose time? Which steps would you like to improve?

Your inquiry includes

Material handling & storage

Discuss your project