Transporting, lifting, stacking, feeding, and distributing

materials between processes.

Conveyors, feeders, elevators, industrial lifts, pallet

handling.

Cleaning parts, components, containers, and tooling using

solvents, water, or ultrasonic systems.

Parts washers, tank cleaners, equipment washing stations.

Online quality inspection, nondestructive testing (NDT),

dimensional measuring, weighing.

Vision inspection machines, leak testers, weight checkers,

hardness testers.

Air filtration, dust collection, fume extraction, noise

reduction, waste gas treatment.

Dust collectors, scrubbers, industrial ventilators.

Controlled drying, curing, baking, thermal processing of

materials.

Ovens, dryers, infrared heaters, tunnel dryers.

Homogenizing powders, liquids, and granules, dispersing

additives, blending ingredients.

Mixers, agitators, blenders, dispersers.

Supporting main production lines with feeding, cutting,

trimming, assembling, labeling.

Labeling machines, simple assembly machines, trimmers.

Protecting workers and equipment, preventing accidents, and

ensuring regulatory compliance.

Machine guarding systems, safety interlock devices,

emergency stop systems.

Providing compressed air, steam, vacuum, and process

utilities.

Compressors, vacuum pumps, boilers (non-household),

industrial generators.

Tailored machines built for specific processes or unique

customer requirements.

Automated assembly cells, customized tooling systems,

jigs and fixtures.

Output per hour, pieces per minute, tons per day, volume

per batch.

Determines whether the machine can match existing or

planned production volumes and avoid bottlenecks.

Overall dimensions (L × W × H), weight, working envelope,

clearance requirements.

Critical for layout design, factory space planning, and

transport/installation logistics.

Voltage, frequency, power consumption (kW), compressed air

needs, water usage, steam requirements, vacuum levels.

Ensures compatibility with local power grids and utility

infrastructure, influences operating costs.

Stainless steel grade, carbon steel, aluminum, plastics,

lining/coating materials (e.g., Teflon, ceramic).

Impacts product contamination risk, corrosion resistance,

cleaning method, and lifetime.

PLC brand, HMI type, control voltage, communication

protocols (Ethernet/IP, Profinet, Modbus, etc.).

Affects integration with existing automation systems and

ease of operation and troubleshooting.

Temperature range, humidity range, pressure range, speed

adjustment range.

Determines suitability for specific processes and raw

materials, including sensitive products.

Tolerance (±mm), measuring accuracy, repeatability, weight

accuracy, position accuracy.

Essential for quality-critical applications such as

measuring, cutting, and dosing equipment.

Noise level (dB), dust emission level, fume release, oil

mist generation.

Important for workplace safety and compliance with

environmental regulations.

Emergency stop circuits, safety interlocks, guarding,

light curtains, lockout/tagout provisions.

Ensures that the machinery can be used in line with

occupational safety standards and reduces liability.

CE, UKCA, UL, CSA, ISO-related compliance, ATEX for

explosive atmospheres, FDA-grade materials.

Demonstrates adherence to market-specific legal and

technical requirements, simplifies import approvals.

20–200 m³/h, belt width 400–1200 mm, adjustable speed.

380–480 V, 50/60 Hz, motor power 0.75–15 kW, optional

variable frequency drive (VFD).

Carbon steel frame, rubber or PVC belt; stainless steel

for food-grade designs.

Continuous transport, integration with sensors, side

guards, trip wires for safety.

100–1000 kg/h load capacity, single or multi-stage washing.

380–415 V, 15–60 kW heating, water consumption 0.5–3 m³/h,

optional compressed air for drying.

Stainless steel tanks and chambers (e.g., SS304/SS316),

heat-resistant seals.

Spray or immersion cleaning, filtration system, oil

skimmer, automatic chemical dosing.

2000–50,000 m³/h air volume, filtration efficiency > 99%.

3–30 kW fan motor, compressed air for pulse jet cleaning,

380–480 V.

Carbon steel housing, filter bags or cartridges (polyester,

PTFE-coated).

Pulse-jet cleaning, hopper discharge, differential

pressure monitoring, explosion vent (if required).

50–5000 L batch volume, mixing time 5–30 minutes depending

on material.

2–55 kW motor power, 380–415 V; options for jacket heating

or cooling.

Carbon steel or stainless steel contact parts, sanitary

design when required.

Variable speed, different impeller designs, CIP cleaning

options, load cells for batch control.

1–20 racks or continuous belt, temperature up to 250°C or

higher, residence time adjustable.

Electric, gas, or steam heating; 10–200 kW power rating

depending on size and design.

Insulated steel structure, stainless steel internal

surfaces for hygiene-sensitive uses.

PID temperature control, air circulation, exhaust fan,

safety temperature limiter.

Business license, tax registration, export registration,

registration in local business database.

Confirms that the supplier is a legally recognized entity

capable of signing enforceable contracts.

Factory audit reports, photos of production lines,

equipment lists, process descriptions.

Indicates whether the supplier truly manufactures the

machinery or is only a trading intermediary.

ISO 9001 certifications, documented procedures, internal

inspection records, calibration plans.

Improves the probability of receiving consistent products

over long-term cooperation.

Engineering team profiles, R&D capability, patent

portfolios, design software used.

Essential for custom industrial other machinery that

requires mechanical and control design.

Certificates of conformity, test reports, CE/UL/CSA

documentation, ATEX or similar.

Demonstrates the supplier’s ability to design and build

machinery that meets international standards.

Monthly output data, typical delivery times, main

production constraints.

Important for large OEM orders, distributor stock

planning, and project scheduling.

List of served markets (regions), anonymized project case

data, trade fair participation.

Helps assess whether the supplier understands shipping,

documentation, and technical expectations in your region.

Does the supplier focus on the type of industrial other

machinery you need? How many years have they produced this

category?

Preference for suppliers with at least several years of

specialization in the relevant machinery type.

Can the supplier modify dimensions, controls, materials,

and performance parameters? Do they provide drawing and

3D models?

Ability to offer tailored solutions instead of only

standard catalog models.

How are incoming materials, in-process work, and final

machines inspected? Is factory acceptance testing (FAT)

supported?

Documented QC steps, test records, and possibility of

third-party inspection before shipment.

Is there an engineering team available for layout design,

installation guidance, and troubleshooting?

Access to English-speaking engineers and adequate

technical documentation in required languages.

What warranty is offered? How are spare parts supplied?

Are remote diagnostics or onsite visits possible?

Clear warranty terms, reasonable spare part pricing,

guaranteed response times for service requests.

How does the ex-works or FOB price compare with

alternatives? What about consumables and operating costs?

Competitive pricing that takes into account long-term

ownership costs, not just purchase price.

What is the standard production lead time? What is the

historical on-time delivery rate?

Consistent and realistic delivery commitments, contingency

plans for delays.

Can they provide manuals, wiring diagrams, risk analysis,

and certificates required in your country?

Complete documentation packets in electronic format

provided before shipment.

Custom conveyor lengths, machine heights, infeed/outfeed

direction, modular segments.

Allows adaptation to existing factory layout and workflow

without major building modifications.

Choice of PLC/HMI brands (e.g., common international

brands or local alternatives), type of sensors, and

actuators.

Simplifies spare parts procurement and ensures compatibility

with existing control infrastructure.

Different steel grades, sanitary weld finishes, corrosion

protection coatings, food-grade or pharma-grade surfaces.

Enables use in industries with strict hygiene or

corrosion-resistance demands.

Adjusted speed, power rating, temperature or pressure

capability, batch size.

Aligns machine performance with actual production needs,

avoiding oversizing or undersizing.

Localized emergency labels, safety PLC options, additional

guarding or safety sensors.

Facilitates compliance with local regulations and internal

corporate safety standards.

Private labels, customized nameplates, manuals in specific

languages, company-specific part numbering.

Supports distributors and OEMs who sell under their own

brand and documentation style.

Quality management systems for consistent production and

process control.

Indicates that the manufacturer uses systematic procedures

to maintain product quality.

Environmental management systems for reducing

environmental impacts.

Important for buyers prioritizing sustainability and

environmental compliance in their supply chain.

Occupational health and safety management in industrial

workplaces.

Reflects a supplier’s commitment to safe manufacturing

conditions and risk management.

European Union directive governing machine safety, design,

and documentation.

Essential for machinery sold into the EU; requires CE

marking and comprehensive technical files.

Requirements for electrical safety and electromagnetic

compatibility.

Ensures the machinery’s electrical systems are safe and

do not interfere with other equipment.

North American safety standards for electrical and

mechanical equipment.

Important for installations in the USA and Canada;

influences component selection and wiring practices.

Safety standards for equipment used in explosive

atmospheres.

Crucial for dust collectors, mixers, or conveyors in

environments with flammable dust or vapors.

Hygienic design and materials requirements for food,

beverage, and pharmaceutical equipment.

Guides materials of construction, surface roughness,

cleanability, and documentation.

Fully enclosed wooden structure with internal bracing and

protective lining.

Smaller machines and sensitive components shipped by sea or

air; high-value equipment.

Machinery bolted to a pallet and wrapped with film or

shrink wrap; sometimes with corner protection and covers.

Robust industrial machines with minimal exposed delicate

surfaces; containerized shipments.

Custom metal frames providing rigid support for heavy or

oversized equipment.

Very heavy machinery or when lifting points need strict

control; break-bulk transport.

Application of rust-inhibiting oils, VCI bags, or

desiccants inside packaging.

Shipments with long sea transit times or humid climates.

Larger capacities require stronger structures, larger

motors, and more substantial components, raising costs.

Avoid overspecifying capacity; align machine size precisely

with planned production volumes.

Full stainless steel or exotic alloys significantly

increase material cost compared to carbon steel.

Use high-grade materials only where they add real value

(e.g., contact surfaces, corrosion zones).

Advanced PLCs, servo drives, sensors, and integration

features increase upfront investment.

Balance automation level with payback period based on labor

savings and quality improvements.

High customization requires engineering time, prototyping,

and non-standard components.

Standardize where possible to leverage existing designs;

customize only critical parts.

Testing, documentation, and certification for specific

markets or hazardous zones add cost.

Specify only the certifications truly required by law or

by end customers.

Larger orders allow better material purchasing and setup

amortization, reducing per-unit cost.

For distributors, consolidating orders can lead to

significant price discounts.

Oversized or heavy machinery may require special handling,

flat-rack containers, or break-bulk shipping.

Consider design modifications that enable containerization

or modular shipping.