BOPP tape orbital wrapping and packing machine

Executive summary

Some packs need a printed, tough outer band rather than clear film: it carries the brand, holds the carton closed and resists scuffing. Our BOPP tape orbital wrapping machine spirals BOPP tape around boxes and long packs as they pass through a ring, with automatic tape clamping and cutting. Overlap is set from 10% to 90%. This page covers the build, the overlap and tape maths, and what to send us for a quote.

The wrapper shown has a white frame and ring, black rubber rollers and red clamp and guide parts driven by air cylinders. A long carton pack enters on the rollers and leaves fully covered in a spiral of blue printed BOPP tape, with neat overlaps along its length.

Table of Contents

Why BOPP tape instead of film

BOPP tape is stiffer and stronger than stretch film of the same width, and it takes print well. A spiral of printed tape turns a plain carton or bundle into a branded, closed pack in one pass. It also holds loose parts together without a separate carton seal. Clear film is cheaper per metre, but it carries no print and gives less scuff protection.

How the machine works

  1. Infeed: the pack runs in on the conveyor; a photocell detects its front end.
  2. Hold: the press-down device lowers onto the pack so wrapping tension cannot shake it.
  3. Start: the automatic clamp holds the tape end against the pack.
  4. Wrap: the ring turns and lays the tape in a spiral while the conveyor moves the pack; head and end reinforcement wraps are added.
  5. Cut: the automatic cutter cuts the tape and the clamp holds the new end for the next pack.
  6. Outfeed: the wrapped pack runs out.

Machine build

Base data from our E3000 tape orbital wrapper quotation; the conveyor type is chosen per product:

Item Tape orbital wrapper
Ring Reinforced cast aluminium ring on four guide wheels with twin PU drive wheels
Ring drive Inverter speed control, soft start, jog
Overlap 10–90%, adjustable
Conveyors Powered rubber roller conveyor (as shown) or PVC belt (2.5 m × 2 sets in the E3000 quotation), inverter speed
Tape handling Automatic clamp, feed and cut
Control PLC, touch screen, photocell position setting
Floor Flat hard floor, load over 1 t/m²

Pack size range, ring diameter and tape width are confirmed at quote for your product.

Overlap and tape use

Conveyor speed (m/min) = ring speed (r/min) × tape width (m) × (1 − overlap).

Tape per pack (m) ≈ pack perimeter (m) × pack length (m) ÷ (tape width (m) × (1 − overlap)) + end wraps.

Example only: a pack of 0.3 m × 0.3 m section (1.2 m perimeter), 2 m long, with 0.072 m tape at 50% overlap, needs about 1.2 × 2 ÷ (0.072 × 0.5) ≈ 67 m of tape plus the end wraps. Higher overlap gives a stronger band but uses tape faster.

Selection checklist

  1. Pack length, width and height range?
  2. Tape width, thickness and roll size?
  3. Printed tape or plain?
  4. Overlap and end reinforcement?
  5. Packs per hour?
  6. Inline with a carton or bundle line?

Safety

We design orbital wrappers to EN ISO 12100:2010 for risk assessment, EN 415-10 for packaging machine safety and EN 60204-1 for electrical equipment. A shield covers the ring and moving parts, and the touch screen shows each alarm.

Engineering FAQ

Q: Can the same machine run stretch film? A: Yes. Different modes let it wrap different materials, with the tension set for each.

Q: Do the clamps and press rollers mark the carton? A: No. The press-down contact parts are covered with soft rubber or PU, and the press range is set to the pack height so the carton is not crushed.

Q: Can it run without an operator? A: Yes. The automatic clamp and cutter allow unmanned operation in a line.

Q: Can I set where the wrap starts and stops? A: Yes, the start and stop points and head and end delays are set on the touch screen.

Next step

  1. Send your pack sizes, tape and output to info@fhopepack.com.
  2. We confirm the ring size and line layout.
  3. We reply within 24 hours with a proposal and quotation.

Sources

  • FHOPE E3000 tape wrapping machine quotation (2021)
  • EN ISO 12100:2010; EN 415-10; EN 60204-1
  • The BOPP tape orbital wrapper shown above

Last reviewed: 2026-10-20