ANCILLARY EQUIPMENT
At Plast 2026, Main Tech presents a portfolio covering the entire production process: from the Lince depalletiser to the T-Blend gravimetric dosing system, through to filter cleaning with S-Clean and Arm Tech’ s Cartesian robotics. A technological evolution based on a co-design approach, geared towards system integration.
The S-Clean dry cleaning machine for filter cartridges
TECHNOLOGY ECOSYSTEM FOR PROCESS CONTROL
Italian technology plast / June-July 2026
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From the T-Blend gravimetric dosing system to the Lince automatic depalletizer, from the Maximos octabin unloader to the S-Clean filter cleaning machine: Main Tech arrives at Plast 2026 with a comprehensive and cohesive technical offering. And with Arm Tech, its line dedicated to Cartesian robotics, the company is also bringing new expertise to the trade show— designed, as always, to integrate seamlessly into the customer’ s process. Plast 2026 will be an opportunity for Main Tech Srl to present a significantly updated portfolio to the plastics market. The Padua-based company will showcase a series of innovations at its booth covering the entire process chain: from incoming raw material handling to dosing, from filtration to temperature control. These innovations will also be on display at Fakuma( Friedrichshafen, October), the industry’ s other major international trade fair.
RAW MATERIALS MANAGEMENT: LINCE AND MAXIMOS The first critical point in many production lines is at the beginning: how does the material reach the machine? Main Tech addresses this with two complementary systems that tackle the problem from different angles. Lince is the automatic depalletizer developed for handling incoming bags of raw materials. Designed to eliminate manual handling operations, it automates the retrieval and emptying of the bags. Maximos, on the other hand, addresses the challenge of emptying octabins and big bags— the large-volume containers increasingly common in polymer and compound logistics. Manual emptying of these containers combines inefficiency, risk of contamination, and variability in the incoming flow— three factors that directly translate into process instability. www. plastmagazine. it