iQonicTwin Regrind

The efficient regranulating solution

The iQon­icTwin Regrind lines upgrade post con­sumer and post-indus­tri­al poly­olefins such as PE, PP, PS, and ABS into val­ue-added com­pounds. This is achieved by blend­ing, degassing, fil­tra­tion, and option­al­ly rein­forc­ing or mod­i­fy­ing the melt. MAS sys­tems gen­er­ate con­sis­tent mechan­i­cal prop­er­ties and high-qual­i­ty out­put, even from mixed and low-grade input streams.

High-Qual­i­ty Re-Com­pounds: Stream­lined Recy­cling and Com­pound­ing in a Sin­gle Step for Max­i­mum Effi­cien­cy.
 
The iQon­icTwin Regrind line by MAS brings togeth­er two crit­i­cal process­es in plas­tics recov­ery: mate­r­i­al recy­cling and high-end com­pound­ing, all with­in a sin­gle, inte­grat­ed sys­tem. This mod­u­lar solu­tion trans­forms post-con­sumer and post-indus­tri­al plas­tics into high-per­for­mance re-com­pounds, ide­al for demand­ing appli­ca­tions and sus­tain­able prod­uct lines.

Whether pro­cess­ing PE, PP, ABS, PS, or PA, the iQon­icTwin Regrind offers the flex­i­bil­i­ty and con­trol need­ed to han­dle vari­able input qual­i­ties, reduce ener­gy usage, and achieve homo­ge­neous, sta­ble out­put — with­out com­plex side feed­ing or exten­sive oper­a­tor inter­ven­tion.

One sys­tem. End­less pos­si­bil­i­ties.

At its core is MAS’s patent­ed con­i­cal co-rotat­ing twin-screw extrud­er, engi­neered for gen­tle plas­ti­fi­ca­tion, effi­cient addi­tive com­pound­ing, and pre­cise degassing. Com­bined with real-time process con­trol, the sys­tem ensures that even dif­fi­cult regrind mate­ri­als are con­sis­tent­ly upgrad­ed into high-qual­i­ty gran­u­lates — a prop­er upcy­cling solu­tion.

Trans­form­ing waste into val­ue

The iQon­icTwin Regrind line is not just about recy­cling — it’s about val­ue cre­ation. By rein­tro­duc­ing care­ful­ly Re-com­pound­ed plas­tics back into pro­duc­tion, man­u­fac­tur­ers can meet sus­tain­abil­i­ty tar­gets with­out com­pro­mis­ing prod­uct qual­i­ty or pro­duc­tion effi­cien­cy.

Key Advantages

  • Inte­grat­ed recy­cling and com­pound­ing in a sin­gle step
  • Excel­lent homog­e­niza­tion and fil­tra­tion with no side feed­ers need­ed
  • Com­pat­i­ble with a wide range of materials:PE, PP, ABS, PS, PA, and more
  • Low ener­gy con­sump­tion and com­pact machine foot­print
  • Easy recipe changeovers and min­i­mal main­te­nance down­time
  • Ful­ly con­trol­lable process with min­i­mal oper­a­tor influ­ence

Process Highlights

  • Effi­cient Re-gran­u­la­tion of recy­cled feed­stock
  • Supe­ri­or degassing and qual­i­ty cor­rec­tion for fluc­tu­at­ing mate­r­i­al inputs
  • Reli­able addi­tive dos­ing and excel­lent melt homo­gene­ity
  • Com­pact, ener­gy-effi­cient design for scal­able instal­la­tion

MAS — CUSTOMER SERVICE

RELIABLE. RESPONSIVE. SUPPORTIVE.

Expe­ri­ence ded­i­cat­ed assis­tance, expert guid­ance, and per­son­al­ized solu­tions — all designed to help you get the most out of MAS tech­nolo­gies and ser­vices.

We pro­vide reli­able, long-term sup­port and main­te­nance to ensure your machinery’s per­for­mance and invest­ment secu­ri­ty.

WHAT OUR CUSTOMERS SAY

Recycling and Compounding United in One Step

Smart­ly turn­ing waste into high-qual­i­ty gran­u­lates with less ener­gy, waste, and com­plex­i­ty – deliv­er­ing pre­mi­um Re-com­pounds with max­i­mum out­put and flex­i­bil­i­ty.

About MAS

Found­ed by recy­cling pio­neer Hel­muth Schulz in 2006, the com­pa­ny is rev­o­lu­tion­iz­ing the exceed­ing­ly high qual­i­ty stan­dards of twin-screw extrud­ers for the recy­cling indus­try. MAS mas­ters the chal­lenges of mod­ern recy­cling and upcy­cling require­ments thanks to its patent­ed tech­nol­o­gy and became an inter­na­tion­al dri­ver of inno­va­tion in no time. Cus­tomers around the world ben­e­fit from envi­ron­men­tal­ly friend­ly added val­ue while sav­ing ener­gy and resources.

Get in touch with us

Thomas Lehner

Area Sales Manager

Michael Wöger

Area Sales Manager

Ivica Radic

Area Sales Manager

CONTACT US

Do you have ques­tions for us and our com­pa­ny? Then get in touch.