Cebora SYNSTAR 330 TS vs Telwin Bimax 140i Synergic

Technical comparison · MIG/MAG welding (wire feed)

In brief

SYNSTAR 330 TS and Bimax 140i Synergic are not direct competitors: different use classes (F4 vs F2), very different prices (~12.7×). Bimax 140i Synergic costs less (~€315) and is the entry-level choice; SYNSTAR 330 TS offers more capability at a higher price (~€4000). Judge them by budget, not head-to-head.

Comparison generated from data and curated by juppiter78. Parameters are weighted by stated criteria and the calculation is reproducible. Published 27 jun 2026 · Last updated 04 jul 2026

Parameter	SYNSTAR 330 TS Cebora F4 · Semi-professional	Bimax 140i Synergic Telwin F2 · Intermediate
Identity
Use tier	F4 — Semi-professional	F2 — Intermediate
Price
Price (€)	~3500–4500 €	~280–350 €
Universal specs
Dimensions (W×D×H) (cm)	51 × 102.2 × 133 cm	17.2 × 37.9 × 25.2 cm
Weight (kg)	82 kg	6.3 kg
Power (W)	12400 W	2650 W
Voltage (V)	400 V	230 V
Category specs
Welding type	Multi-process	MIG/MAG
Max welding current (A)	330 A	140 A
Max wire diameter (mm)	—	0.9 mm
Duty cycle (rated current) (%)	—	15 %
Synergic control	True	True
Gasless capable	True	True
Power source technology	Inverter	Inverter
Aluminium ready	True	True
Pulse capable	True	False
Input voltage	400 V (three-phase)	230 V (single-phase)
Supported spool	Ø300 mm (~15 kg)	Ø100 mm (~1 kg)
Ecosystem
Cloud dependency	No	No
Software notes	The SYNSTAR 330 TS features a proprietary, microprocessor-controlled interface managed via a built-in touchscreen display. This system provides access to over 70 pre-loaded synergic curves, optimizing welding parameters based on material type, wire diameter, and gas mixture. Operators can easily update the machine's firmware and upload new specialized synergic programs via a standard USB port, ensuring long-term compatibility with new filler materials. The software allows users to save and recall custom welding jobs for repeatable accuracy across different shifts. It operates entirely offline, requiring no cloud connectivity or subscription, thereby ensuring full functionality and data security in isolated industrial facilities.	The machine is governed by a microprocessor control that manages the synergic logic of the welding process. The user simply selects the thickness of the material to be worked, and the system automatically adjusts the wire speed and the optimal arc voltage. This internal software drastically reduces setup times and prevents configuration errors typical of traditional power sources. There are no interfaces for computer connection, external firmware updates, or wireless connectivity, as the entire digital ecosystem is permanently integrated into the internal electronic board. The system is designed to be autonomous, offering an immediate user experience focused on the stability of the electric arc during real-time operation.