FLXR Engineering is pioneering a transformative journey in the world of laboratory equipment. Through our innovative approach to additive manufacturing and simulation, we're reinventing traditional tools to accelerate scientific research while championing sustainability. With a focus on eco-friendly materials, minimal-waste manufacturing and bespoke solutions, we're propelling scientific progress while preserving our planet.Official website : https://www.flxr.engineering/

1. Facilitate champion organization-wide knowledge sharing; know-hows are shared, learned and documented.2. Accelerate speed-to-market; conjoin materials, design and development processes to streamline product launch.

1. Drive global unification of material and compounding standards.2. Develop specialty grips for OEM customers.3. Identify and secure technical innovation critical to the development of new products.

1. Synthesis of functionalized S-SBR (solution styrene butadiene rubber), which is highly valued as a raw material for fuel-efficient tire and wet grip performance. 2. Mechanistic studies of organo-silane compounds for next-gen "green" tire tread materials utilizing in situ ATR FTIR spectroscopy. 3. Control of Mooney viscosity of organo-silane functionalized polymers.4. Rubber compounding, raw material testing and analysis.

1. Co-designed new custom machinery to manufacture pre-taped masking films (hand maskers)2. Developed raw material analyses and testings of kraft papers, adhesive tapes and HDPE pellets.3. Established standard operating procedure (SOP)s for the manufacture and quality control (QC) of pre-taped masking films.4. Trained technical personnel in manufacturing and QC divisions.5. Implemented automation and tension control systems for pre-existing machinery. (silting machines, film blower, extruders, winding machines)6. Traveled internationally and domestically to promote products and developed niche products for customers.http://www.maskqol.com/

Golf ball manufacturing business1. Polymer processing (compounding, compression molding, injection molding)2. Quality control and quality assurance programswww.gtsgolf.com

1. Isolated enzymatically active washed rubber particles from natural rubber (NR) latex to be conducted in in vitro NR biosynthesis. 2. Investigated the mechanism of NR biosynthesis using in situ Raman spectroscopy, high resolution size-exclusion chromatography (SEC), nuclear magnetic resonance (NMR) spectroscopy, gas chromatography (GC) and mass spectrometry (MS)3. Synthesized a polyisobutylene (PIB) macroinitiator (7 steps, 14 intermediates involved, using both conventional and enzymatic synthesis routes) to yield novel terpenoid/NR copolymers in vitro.4. Prepared low-MW functionalized PIB and monitored its initiation and propagation kinetics utilizing in situ infrared (IR) spectroscopy.5. Characterized polymers and intermediates with NMR, and MS techniques (MALDI and ESI).6. Collaborated with Goodyear Tire & Rubber Company, USDA, and Université de Bordeaux.