Flexographic Printing Press Selection Guide: A Practical Handbook for Equipment Purchasing Decisions in Packaging Printing Plants

Deriving equipment configuration backwards from business status quo to avoid selection bias

2026-08-17 14:30

Introduction

Many packaging‑printing factories tend to directly compare superficial equipment parameters when evaluating flexographic printing machines, while ignoring their own order structure, material characteristics and operation‑maintenance conditions. This may lead to idle equipment capacity or insufficient production output. Starting from the actual business status of factories, this paper builds a backward‑deduction model for equipment selection to help manufacturers objectively assess configuration requirements.

Step 1: Sort out baseline data of existing business

Instead of checking equipment brochures at the very beginning, define your own business baseline to establish a reference for subsequent equipment comparison.

Material baseline statistics: Count processed rolls over the past 6‑12 months, sort out the commonly‑used grammage range, distinguish regular substrates from special substrates (non‑woven fabrics, medical coated substrates), and calculate the order proportion of each substrate type.

Printing business baseline statistics: Extract historical work orders, record the maximum practical web width, actual repeat length of printing plates and frequently‑used color quantity in real production, and separate long‑term stable bulk orders from small‑batch sampling orders.

Actual capacity baseline calculation

Actual effective capacity = Total monthly finished delivery quantity ÷ Monthly effective production working hours. Derive the required continuous running speed of the machine from this value, which differs from the maximum limit speed marked in equipment brochures.

Factory operation‑maintenance baseline statistics: Assess the skill level of on‑site setup operators; record workshop power supply specifications, floor load‑bearing capacity and the maximum available length for production lines; sort out the existing ink system (water‑based / UV), and estimate the budget for auxiliary units of flexographic printing machines.

Step 2: Distinguish technical architecture differences of flexo equipment

Only series codes are adopted to avoid keyword overflow.

‑ FM‑TS Sleeve Series: Sleeve‑type anilox roller structure; gears do not need to be disassembled during roller replacement. Suitable for work orders with variable plate repeat lengths and frequent small‑batch multi‑batch production. Full‑servo shaftless drive reduces material waste caused by plate‑changing debugging.

‑ FM‑FS Flat‑Push Servo Series: Servo pressure memory mechanism, turret dual‑rewinder configuration, optimized for long‑time continuous mass production. Powerful wide‑web processing capacity, ideal for factories with few order changes and a high proportion of long‑run jobs.

‑ FM‑CS Petal Series: Quick‑open petal printing units for convenient opening and closing. Developed for paper bags, paper cups and pre‑printed cartons, compatible with paper substrates of greatly varying thickness.

‑ FM‑S Wide‑web Pre‑print Series: Heavy‑duty frame optimized for large‑diameter incoming rolls in carton pre‑printing. Servo pre‑register function shortens setup time for large orders.

‑ FM‑A/B Unit Series: Modular structure; printing and post‑processing stations can be added or removed on demand. Supports on‑line integration of dust removal, die‑cutting and slitting, suitable for factories aiming to combine multiple processes on one single production line.

‑ FM‑YL Medical Frame Coating Series: Dedicated back‑coating unit, closed‑loop glue concentration control, oven anti‑stretching structure. Designed for medical packaging printing combined with reverse gluing and laminating processes.

‑ FM‑VSP Stack Series: Vertically arranged units with a smaller footprint. Independent servo drive for each printing unit, fit for workshops with limited floor space and diversified material types.

‑ Auxiliary equipment matrix: Wax coating machines, high‑speed coaters, plastic‑free coating units, plate‑mounting and cleaning devices. These accessories can be added later as required and do not have to be purchased together with the main machine.

Step 3: Item‑by‑item benchmark checking between baseline data and machine parameters

Web width verification: Take the actual maximum web width from historical orders as benchmark, and reserve a reasonable margin for the machine’s allowable processing width instead of selecting equipment exactly matching the maximum order dimension.

Drive‑architecture verification: Factories with a high share of small‑batch multi‑spec orders should prioritize full‑servo shaftless drive; gear‑driven solutions may be considered for manufacturers dominated by long‑run jobs.

Color group & workstation verification: Configure color groups according to the frequently‑used color number in historical orders; avoid blindly increasing color stations for a tiny number of special jobs. Evaluate the feasibility of retrofitting auxiliary units for post‑processing at a later stage.

Substrate & process verification: Factories undertaking medical back‑coating businesses must be equipped with dedicated process units. Confirm that the grammage range of the machine covers the substrate category with the highest order proportion.

On‑site condition verification: Check whether the overall line length, machine weight and total power consumption match workshop conditions. Evaluate spare‑parts accessibility and operator training costs for subsequent maintenance of flexographic printing machines.

Step 4: Scheme screening based on order structure and business goals

Backward conditional matching logic:

‑ High proportion of small‑batch multi‑spec orders, frequent changes of plate repeat lengths, demand for lower setup waste → Prioritize the FM‑TS Sleeve Series flexographic printing machine;

‑ Mainly long‑cycle bulk orders, pursuit of continuous‑production efficiency and non‑stop roll change → Prioritize the FM‑FS Flat‑Push Servo Series;

‑ Core revenue from paper‑bag, paper‑cup and carton pre‑printing, large substrate‑thickness variation → Prioritize the FM‑CS Petal Series;

‑ Focus on carton pre‑printing for large‑diameter rolls, need shorter setup time → Prioritize the FM‑S Wide‑web Pre‑print Series;

‑ Requirement to finish printing, die‑cutting and slitting on one production line to cut semi‑finished‑product transportation → Prioritize the FM‑A/B Unit Series;

‑ Stable orders for medical‑glove packaging, integrated processing of printing and reverse frame gluing → Choose the FM‑YL Medical Frame Coating flexographic printing machine;

‑ Limited workshop space while processing a wide variety of substrates → Prioritize the FM‑VSP Stack Series.

Supplementary Tips for Procurement Decisions

Equipment selection should not rely merely on the limit parameters listed in brochures; assessments must be made against real‑world business baseline data from historical work orders. When multiple models can meet production requirements, make a comprehensive trade‑off covering spare‑part supply, operator learning curve and budget allocation.

During business expansion, if some processes currently account for a low production share, you may purchase a flexographic printing machine with reserved expansion interfaces on the main unit and add optional modules in later phases.