Setting Up a Cutting Room from Scratch: Space, Machine Sequence, Capacity and Layout

⚡ Quick Answer

Setting up a cutting room comes down to six decisions: daily capacity (metres and lays), fabric mix, process flow (fabric store → inspection → relaxation → spreading → cutting → labelling → sewing), space and layout, machine selection (spreader, table, cutter, inspection, labelling) and utilities (power, compressed air, floor, lighting, data network). The order matters: capacity and flow first, machines last.

In this guide we walk through each decision with worked examples and checklists.

📋 Contents

Capacity First: Lays and Metres per Day
Process Flow and Layout
Floor Space Calculation
Machine Selection: 5 Decisions
Utilities Checklist
Setup Timeline: 5 Steps
5 Common Mistakes
Frequently Asked Questions

1. Capacity First: Lays and Metres per Day

A cutting room is planned with numbers, not machines. Five numbers are enough: daily fabric metres, daily number of lays, average lay length and ply count, fabric mix (knit / woven / denim / elastane share) and order structure (few styles in large quantities, or many styles in small quantities). Take the numbers for 3–5 years ahead, not for today’s orders; a table can be extended, a building cannot.

	Small workshop	Growing production	High capacity
Lays per day	1–3	4–10	10+
Spreading	1 table, automatic spreader optional	1–2 automatic spreading lines	2+ lines, denim spreader for heavy fabrics
Cutting	Straight knife or MC30	MC50/MC70 or DC series	DC/DCC continuous cutting
Table	Modular	Modular + air-floating	Air-floating + conveyor
Inspection	Sample inspection of incoming fabric	1 inspection machine by fabric type	Separate inspection lines for knit and woven
Labelling	Manual	Automatic labelling (MB2)	Automatic labelling

2. Process Flow and Layout

Fabric store

→

Inspection & metering

→

Relaxation

→

Spreading (table)

→

Cutting

→

Labelling & bundling

→

Sewing room

Six rules:

Keep the flow one-way. Fabric never goes back, the lay moves toward the cutter, cut parts exit close to the sewing room.
Put inspection next to the store. Faulty rolls are screened before spreading; length is metered here and rolls are graded with the 4-point system.
Reserve space for relaxation. Elastane and knitted fabrics must release their tension before spreading; racks or a shaking machine (SL1) speed this up. Skip it and pattern dimensions drift (tension-free spreading); the pattern allowance for wash shrinkage is calculated separately (shrinkage allowance).
Spreading tables in parallel, the cutter at the table end. Lays are not carried by hand; choose an air-floating or conveyor spreading table to transfer them to the cutter.
Labelling at the end of spreading, bundling at the cutter exit. Labels are printed onto the lay when spreading ends (MB2); cut parts are bundled at the cutter’s conveyor exit.
Layout type follows the space: a straight line (I) is the most efficient, L in long narrow halls, U in square halls. Main aisle 2.5–3 m for pallet jacks; a roll-loading hoist (ML1/ML2) at the head of the spreading line.

3. Floor Space Calculation

Area	Formula	Example (one line, mid-size)
Spreading table length	Longest lay + the spreader’s parking allowance (~2 m)	12 m + 2 m = 14 m
Spreading line width	Table width (180–260 cm) + a 1.2 m walkway on each side	2.2 + 2.4 = 4.6 m → ≈ 65 m²
Cutter area	Machine footprint + lay feed behind + bundling in front (~2 m each)	≈ 40 m²
Inspection machine	Machine + roll in/out and metering area	≈ 25 m²
Labelling and bundling	Labelling machine + bundling table	≈ 20 m²
Store + relaxation	3–5 days of consumption, racking	≈ 60 m²
Aisles and walkways	~20% of the total	≈ 40 m²
Total		≈ 250 m²

The figures are an example; lay length, fabric width and the number of lines change the area. A second spreading line adds about 65 m²; one cutter can serve two lines.

4. Machine Selection: 5 Decisions

Decision	Deciding question	Options	Guide
Spreading machine	Which fabric?	Woven/knit/elastane: MN1, MN3 · Denim and heavy: MJ1 · Home textiles: MH1 · Pile fabrics (nap direction): MNT1, MTT1 · Tubular: TS2	How to choose a spreading machine
Spreading table	How does the lay reach the cutter?	Modular · Air-floating · Conveyor	How to choose a spreading table
Cutting	Lays per day, piece complexity?	Straight knife · MC30/50/70 (3–7 cm) · DC70/80/90 (7–9 cm) · DCC continuous cutting · FMC30 technical textiles	Straight knife or CNC cutting · How a CNC cutter works
Fabric inspection	Knit or woven, elastane content?	Knit: EK1, EH1, ES1 · Woven: DK2, DK3, DE1 (inspection + rewinding + metering)	4-point system
Labelling and auxiliaries	Part tracking, roll loading, relaxation	MB2 labelling · ML1/ML2 hoist · SL1 shaking machine	—

When the spreader, table and cutter come from one manufacturer, rail, height, transfer and service are solved in one place; mixed brands are the most common source of installation problems. If budget points you to second-hand equipment, factor in the cost of downtime: used or new.

5. Utilities Checklist

✓Power: panel and cable sizing for the automatic cutter (MC series averages 9–12 kW; DCC continuous cutting runs a 30 kW vacuum). Spreaders and inspection machines draw little.

✓Compressed air: a dry, filtered line for the air-floating table and the cutter’s pneumatic units.

✓Floor: level and load-bearing; table modules are zeroed with adjustable feet, the cutter sits vibration-free.

✓Lighting: high, uniform light in the inspection area; shadow-free general lighting over spreading and cutting.

✓Dust and ventilation: dust extraction around the cutter; airflow against blade heating on synthetics.

✓Data network: the CAD marker goes to the cutter over the network; machine reports (time, material, efficiency) are collected.

✓Consumables: lay cover film for the vacuum, blade and sharpening-stone stock.

✓Safety: blade guards, emergency stops, marked walkways, chain-mail glove for straight knives.

✓Climate: humidity and temperature change fabric dimensions; the store and the spreading area should share the same conditions.

6. Setup Timeline: 5 Steps

Needs analysis

Capacity, fabric mix, order structure, 3–5-year target.

Layout plan

Scaled drawing, one-way flow, walkways, room to expand.

Utilities

Power, air, floor, lighting, network; finished before the machines arrive.

Installation and commissioning

Rail alignment, table levelling, cutter calibration, trial lay.

Training and measurement

Operator training; from month one track marker efficiency, waste and lays per day.

5 Common Mistakes

Sizing capacity for today’s orders. Two years later there is no room for a second line.
Buying the table and the cutter separately. Rail, height and transfer mismatches slow production.
Leaving no relaxation space. Elastane fabric is spread under tension and pattern sizes drift in sewing.
Skipping inspection. Faulty rolls go into the lay; waste and re-cutting rise.
Leaving utilities to the end. The machines arrive, the panel and air line do not exist; commissioning slips by weeks.

Conclusion

A good cutting room is a design of flow, not of machines: set capacity with numbers, draw a one-way flow, size the space from lay length, choose machines to fit that plan and finish the utilities before the machines arrive. Run the five steps in order and the line is productive from day one.

25+years of experience

80+export countries

21,000 m²production facility

750+customers

Let’s Plan Your Cutting Room Together

Share your daily metres, fabric types and floor dimensions; we will propose spreading, table, cutting, inspection and labelling as one line, together with a layout plan.

✉ Request a Quote Spreading Tables Cutting Inspection Labelling

Frequently Asked Questions

How many square metres does a cutting room need?

A mid-size cutting room with one spreading line and one automatic cutter needs about 250 m² including store and walkways. The deciding factors are the longest lay (table length = lay + ~2 m parking allowance), fabric width and the number of lines; each extra spreading line adds about 65 m².

What is the right machine sequence in a cutting room?

Fabric store → fabric inspection and metering → relaxation → spreading table → cutting → labelling and bundling → sewing room. The flow should be one-way; inspection sits next to the store and bundling close to sewing.

Where should the fabric inspection machine go?

Between the store and spreading. Rolls are inspected, metered and graded before they enter spreading; faulty rolls are screened out, good rolls go to relaxation or straight to spreading.

Which machines are enough for a small workshop?

For a workshop cutting 1–3 lays a day: a modular spreading table, manual or single-operator automatic spreading, and a straight knife or an MC30-class small automatic cutter. Once the daily lay count passes 4, automatic spreading and a mid-range cutter start to pay back.

How long does cutting room setup take?

With the layout plan and utilities ready, machine installation and commissioning usually take between a few days and two weeks; the biggest time saver is finishing the utilities (panel, air line, floor) before the machines arrive.

What power and air utilities does a cutting room need?

An automatic cutter averages 9–12 kW on the MC series, and the vacuum rises to 30 kW in continuous cutting; panel and cable sizing follow from that. The air-floating table and the cutter’s pneumatic units need a dry, filtered compressed-air line.

Serkon Makina Editorial Team
Manufacturer of fabric spreading, cutting and inspection machines · Istanbul · 25+ years · exports to 80+ countries. October 2026.