Light Goods Conveyor Market

The EU Machinery Regulation (EU) 2023/1230, adopted on 14 June 2023, is set to replace the 2006 Machinery Directive from 20 January 2027, and every belt, roller and modular conveyor sold into Europe after that date must meet its new rules on safety software, connected controls and machine modification. For the builders of light goods conveyors, the lines that move parcels, cartons, trays and packaged food through warehouses and factories, it means new risk assessments, new documentation and, for anyone who rebuilds an old line, possibly the legal duties of a manufacturer. Douglas Insights values the light goods conveyor market at USD 7.60 billion in 2025 and forecasts USD 14.8 billion by 2035, a compound growth rate of 6.87%. The receipt is about 3.1 million metres of light-duty conveyor installed in 2025 at an average installed equipment price of USD 2,450 per metre. Installed length grows 5.6% a year as e-commerce, parcel and food distribution centres automate; price per metre grows 1.2% a year as motor-driven rollers, sensors and controls replace plain gravity and line-shaft sections. The report follows the published Douglas Insights research methodology.

What is a light goods conveyor?

A light goods conveyor is a powered or gravity conveyor built to move unit loads of up to about 50 kilograms, such as parcels, cartons, totes, trays and packaged products, and about 3.1 million metres worth USD 7.60 billion were installed worldwide in 2025. Roller conveyors, including gravity, line-shaft and motor-driven roller (MDR) designs, carry cartons and totes through distribution centres. Belt conveyors move small or irregular items and run inclines. Modular plastic belt conveyors, easy to wash down, carry food and drink. Chain, slat and table-top conveyors carry bottles, cans and pallets of light goods on packaging lines. Flexible, telescopic and other conveyors load and unload trucks and connect temporary stations. The market counts conveyor equipment, drives and conveyor controls at installed price. Heavy bulk-material conveyors for mining and ports, overhead and pallet conveyors for heavy loads, and parcel sortation machines sit outside the boundary.

How does the EU Machinery Regulation change light goods conveyors?

The EU Machinery Regulation changes light goods conveyors by bringing safety software, cybersecurity of connected controls and substantial modifications explicitly into machinery safety law, and Douglas Insights estimates it adds 1% to 3% to the cost of new conveyor systems sold into Europe from 2027. Regulation (EU) 2023/1230 applies directly in every member state, replacing the national transposition of the old directive. Conveyor builders must document safety functions implemented in software, protect connected controls against corruption, and supply digital instructions; a warehouse operator that rebuilds a line in a way that creates new hazards can be treated as its manufacturer. Douglas Insights threads the regulation through this report: it lifts European price per metre slightly, it favours established integrators with compliance teams, and it pulls some retrofit spending forward into 2026 as operators modernise before the new rules apply. Buyers should check the latest consolidated text on EUR-Lex, as the Regulation has been amended since publication.

Why do warehouses keep adding light goods conveyors?

Warehouses keep adding light goods conveyors because moving a carton by conveyor costs a fraction of moving it by hand, and Douglas Insights estimates a conveyorised distribution centre handles 2 to 4 times more cartons per worker than a manual one. Global parcel volume has passed 200 billion items a year, e-commerce orders are smaller and more frequent than store deliveries, and warehouse labour is scarce and expensive in North America, Europe and increasingly China. Conveyors link receiving, storage, picking, packing and shipping so that goods move while people and robots stay in one place. Even highly automated sites built around shuttles, robots and autonomous mobile robots use light conveyors to connect them.

What drives light goods conveyor demand to 2035?

Four drivers carry light goods conveyor installed-length growth of 5.6% a year, and e-commerce and parcel handling is the largest. Online retailers, parcel carriers and third-party logistics firms build and upgrade distribution centres that each hold several kilometres of conveyor. Douglas Insights values e-commerce and parcel demand at USD 2.35 billion in 2025, 31% of the market, and models it growing 8.7% a year, the fastest of any end user, as parcel volumes grow and carriers automate sorting hubs and delivery stations. A large regional fulfilment centre can hold 10 to 20 kilometres of conveyor, and a parcel delivery station 1 to 3 kilometres, so each new building programme translates directly into conveyor orders.

Labour shortages and wage growth are the second driver. Warehouse wages in the United States rose by roughly a quarter between 2019 and 2024, and European and Chinese operators face the same squeeze. Douglas Insights estimates a mid-sized conveyor project of 1 to 2 kilometres pays back in 2 to 4 years on labour savings alone, which keeps investment going even when interest rates are high. Conveyors also cut injuries from lifting and walking, which lowers insurance and staff turnover costs that rarely appear in simple payback calculations.

Food, beverage and pharmaceutical hygiene is the third driver. Food plants need wash-down conveyors made of stainless steel and modular plastic belts, and pharmaceutical distribution needs tracked, temperature-controlled handling. Douglas Insights values food and beverage demand at USD 1.67 billion in 2025, growing 5.6% a year, and pharmaceutical and healthcare demand at USD 607.6 million, growing 7.6% a year.

Motor-driven roller and zero-pressure accumulation are the fourth driver, measured mostly in price. Motor-driven rollers, 24-volt motors inside individual rollers, run only when a carton is present, cutting energy use by 50% to 70% against line-shaft systems and reducing noise. Douglas Insights estimates motor-driven roller took about 34% of roller conveyor value in 2025 and models more than half by 2035, the main source of the 1.2% annual rise in price per metre. Zero-pressure accumulation, where cartons queue without touching, also cuts product damage, which matters for fragile e-commerce orders and glass bottles alike.

What could restrain light goods conveyor sales?

Three restraints are built into the light goods conveyor forecast, and warehouse construction cycles are the first. After the 2020 to 2022 e-commerce boom, large retailers paused new distribution centres in 2023, and conveyor orders fell by an estimated 10% to 20% for major integrators. Douglas Insights builds a similar pause into the slower scenario.

Substitution by mobile robots is the second restraint. Autonomous mobile robots and goods-to-person systems move totes without fixed conveyors, and some new sites use far fewer conveyor metres than older designs. Douglas Insights removes about 0.6 points a year from installed-length growth for this substitution.

Price competition is the third restraint. Chinese conveyor makers offer standard roller and belt sections at 30% to 50% below Western prices and are exporting to Southeast Asia, the Middle East and Latin America. Douglas Insights holds price growth at 1.2% a year partly for this reason. Western suppliers respond by selling standard platforms through local integrators and by competing on uptime, service networks and software rather than steel.

Which light goods conveyor segments carry the value?

E-commerce and parcel handling leads the light goods conveyor market with 31% of 2025 value and is also the fastest-growing segment at 8.7% a year. Every end user holds its share for a different reason.

E-commerce and parcel is worth USD 2.35 billion in 2025. It leads and grows fastest because every new fulfilment centre and parcel hub is built around kilometres of powered conveyor.

Food and beverage is worth USD 1.67 billion in 2025. Packaging lines need hygienic modular belt and table-top conveyors that are replaced often because of wash-down wear.

Retail and wholesale distribution is worth USD 1.14 billion in 2025, carried by store-replenishment centres that pick cases and totes for thousands of shops.

Automotive and light manufacturing is worth USD 1.06 billion in 2025. Assembly lines use light conveyors for parts and sub-assemblies, and growth of 5.0% a year is the slowest because many plants are already conveyorised.

Airports, postal and other users are worth USD 759.5 million in 2025, covering postal hubs, airport baggage feed lines and small-item handling.

Pharmaceutical and healthcare is worth USD 607.6 million in 2025, growing 7.6% a year as drug wholesalers and hospital pharmacies automate order picking.

How do conveyor type and project type split the light goods conveyor market?

By type, roller conveyors, including gravity, line-shaft and motor-driven roller, account for USD 2.81 billion (37%) of 2025 value, belt conveyors for USD 2.66 billion (35%), modular plastic belt conveyors for USD 911.4 million (12%), chain, slat and table-top conveyors for USD 683.5 million (9%), and flexible, telescopic and other conveyors for USD 531.6 million (7%). By project type, new facilities account for USD 5.16 billion (68%) and retrofits and extensions of existing lines for USD 2.43 billion (32%).

Which regions buy the most light goods conveyors?

Asia Pacific buys 38% of light goods conveyors by value, USD 2.89 billion in 2025, and also grows fastest at 8.1% a year. China’s express carriers handled about 175 billion parcels in 2024, India’s e-commerce and organised retail are building their first large automated warehouses, and Southeast Asian logistics hubs are expanding.

North America buys USD 2.20 billion and grows 6.0% a year. It has the largest base of automated distribution centres, and high warehouse wages push continued retrofits and extensions.

Europe buys USD 1.90 billion and grows 5.7% a year, with strong food, pharmaceutical and parcel demand and the Machinery Regulation shaping new projects from 2027. Latin America buys USD 303.8 million and grows 7.2%, led by Brazil and Mexico. The Middle East is the wildcard at USD 189.9 million and 7.6% a year, as Gulf logistics hubs and airports expand. Africa buys USD 113.9 million and grows 7.0%.

Who are the leading light goods conveyor suppliers?

Douglas Insights estimates that the three largest light goods conveyor suppliers hold only about 16% of 2025 value, led by Dematic at about 6%, in a market with thousands of regional builders.

Advantage in light goods conveyors rests on system integration for large sites and on standard, fast-to-install components for everyone else. Dematic, Honeywell Intelligrated, Vanderlande and Daifuku win large distribution and parcel projects by designing the whole flow; Interroll sells rollers and motor-driven roller platforms to hundreds of integrators; Hytrol sells standard conveyor through a dealer network; Dorner and FlexLink win precision and packaging lines. Chinese makers such as those serving the country’s parcel carriers compete hard on price.

How are light goods conveyors priced?

Light goods conveyors sold for an average installed equipment price of USD 2,450 per metre in 2025, and Douglas Insights expects about USD 2,760 per metre by 2035. Gravity roller sections sell for USD 150 to USD 400 per metre, powered belt and line-shaft roller for USD 1,000 to USD 2,500, motor-driven roller with zone control for USD 1,800 to USD 3,500, modular plastic belt for USD 2,000 to USD 4,500, and stainless wash-down conveyors for food for USD 3,000 to USD 6,000. Integration, controls and installation can add 30% to 60% to equipment cost on a large distribution centre project.

Which safety standards apply to light goods conveyors?

Light goods conveyors must meet machinery safety rules and conveyor standards: the EU Machinery Regulation and EN 619 for unit load conveyors in Europe, ASME B20.1 for conveyor safety in North America, and ISO 13849 for safety-related control systems such as emergency stops and guarding interlocks. Food conveyors must also meet hygiene standards such as EN 1672-2 and US food contact rules, and conveyors in explosive atmospheres need ATEX or equivalent certification. Insurers and large retailers increasingly add their own requirements, such as guarding audits and noise limits below 75 decibels in picking areas, which favour motor-driven roller designs.

How are robots and software changing light goods conveyors?

Robots and software are turning light goods conveyors from fixed transport into part of a controlled flow, and Douglas Insights estimates about 40% of new conveyor value in 2025 was sold with warehouse control software that routes each carton individually. Motor-driven roller zones hold and release cartons on demand, cameras read labels on the move, and robotic pickers and palletisers sit at conveyor ends. Autonomous mobile robots now take some transport tasks, but most large sites combine them: robots for flexible picking, conveyors for high-volume, fixed routes. That mix keeps conveyor demand growing, but with fewer metres per site and more value per metre.

How long do light goods conveyors last?

Light goods conveyors typically last 15 to 25 years in distribution centres, but belts, rollers, bearings and motors wear out far sooner, and Douglas Insights estimates spare parts and retrofits of existing lines account for about 32% of 2025 market value. Belts on busy sortation feeds are replaced every 3 to 7 years, roller bearings every 5 to 10 years, and plastic modular belts in wash-down food plants even more often. Many operators extend old lines by swapping line-shaft sections for motor-driven roller zones, which cuts energy use and noise and adds accumulation without rebuilding the steel frame. This replacement cycle gives conveyor makers steady revenue between new construction booms, and it is where the EU Machinery Regulation matters most, because a retrofit that changes safety functions can make the operator responsible as a manufacturer.

How far could light goods conveyors reach under each scenario?

The base scenario takes the light goods conveyor market to USD 14.8 billion by 2035, with a range of USD 10.8 billion to USD 19.3 billion. The base case combines 5.6% installed-length growth with 1.2% price growth for 6.87% a year. The slower scenario assumes another warehouse-building pause and faster substitution by mobile robots, setting the legs at 3.4% and 0.2% for USD 10.8 billion. The faster scenario assumes strong parcel growth, labour shortages and wide motor-driven roller adoption, setting the legs at 7.6% and 2.0% for USD 19.3 billion. Each 1-point change in installed-length growth moves the 2035 figure by about USD 1.46 billion.

Douglas Exclusive: the distribution centre conveyor pipeline

The distribution centre conveyor pipeline tracks, for 24 countries, announced and completed distribution centres and parcel hubs, conveyor metres per site by type, motor-driven roller share and retrofit cycles, so suppliers can see where orders will come from over the next three years. Robots that carry parcels beyond the conveyor are covered in the Semi-autonomous Delivery Robot Market report, and the parcel packaging that rides on these conveyors in the Padded Mailers Market report.

Methodology and receipts

The light goods conveyor model is built bottom-up from installed length. The headline receipt is 3.1 million metres multiplied by USD 2,450 per metre, giving USD 7.60 billion for 2025. Installed metres are estimated for six end users across 24 countries from distribution centre and factory construction, conveyor metres per site and retrofit rates, reconciled with supplier disclosures and trade data, and priced by conveyor type and region. The forecast compounds 5.6% installed-length growth and 1.2% price growth from the 2025 base to about 5.3 million metres a year and USD 14.8 billion in 2035.

Sources

1. EUR-Lex, Publications Office of the European Union Regulation (EU) 2023/1230 on machinery (2023)
2. United Nations Statistics Division UN Comtrade: trade flows in continuous-action elevators and conveyors for goods (2026)
3. United Nations Conference on Trade and Development UNCTAD e-commerce and digital economy statistics (2026)