Back to: Dedusting machines

ARIOSA T5S

Through-feed dedusting machine

Through-feed dedusting machine, designed to remove the dust from leather and similar materials. It can be used in all production steps that generate residuals such as buffing, dry shaving, dry splitting, staking or milling. Is available in five versions, T3, T4, T4S, T5 and T6S.

T5S version has two blowing and suctioning heads for the grain side followed by one for the flesh side and two for the grain side in final.

Sectors

ARIOSA T4S dettaglio 5 macchina a depolverare in continuo.

ARIOSA T4S dettaglio 1 macchina a depolverare in continuo.

ARIOSA T4S dettaglio 2 macchina a depolverare in continuo.

ARIOSA T4S dettaglio 3 macchina a depolverare in continuo.

ARIOSA T4S dettaglio 4 macchina a depolverare in continuo.

ARIOSA T3 3200 dettaglio 3 macchina a depolverare in continuo

ARIOSA T3 3200 dettaglio 4 macchina a depolverare in continuo.

ARIOSA T3 3200 dettaglio 5 macchina a depolverare in continuo

ARIOSA T3: collettore Macchina a Depolverare in Continuo per Pelli

ARIOSA T3 3200 dettaglio 11 macchina a depolverare in continuo

Sizes

Sizes: 1300 / 1800 / 2200 / 2600 / 3200 / 3400

Approximate technical data

MODEL	T5S	13	18	22	26	32	34
Total power	kW	0.37	0.37	0.75	1.5	1.5	1.5
Working speed	m/min	7÷40	7÷40	7÷40	7÷40	7÷40	7÷40
Air suction volume	m3/h Kgf/m2	2700	3300	3700	4100	4700	5000
Net weight	from N (kg)	1020	1230	1380	2120	2290	2350
BLOWER BRG		150	150	150	175	175	175
Total power	kW	15	18.5	22	22	30	30
Noise level	dB (A)	82	82	82	82	82	82
Net weight	from N (kg)	640	680	700	850	890	890

Technical drawings

disegno tecnico ARIOSA T5S macchina a depolverare in continuo.

Think Green

Aware of its responsibilities, Bergi joined the “Supplier of Sustainable Technologies” project promoted by Assomac in 2017, with the aim of contributing to deepening the key issues related to the intelligent and conscious management of energy, water, and natural resources, with the perspective of qualifying the manufacturing industry’s production process as sustainable.

The focal point of the project is the “Green Label,” a voluntary declaration certifying the energy and environmental performance of machines, calculated based on internationally recognized parameters such as the CFP (Carbon Footprint, the amount of equivalent carbon dioxide emissions) measured using the shared and standardized Life Cycle Assessment (LCA) calculation methodology.