3R Partnership gain TEAM membership
TEAM, the largest independent recruitment network in the UK, is an organisation that offers independent recruitment agencies support, enhanced fee earning opportunities and creates better working ethics and practices whilst keeping Members up to date with changes within legislation. TEAM's 500 strong Member locations across the UK and international connections benefit from industry supplier discounts, posting tools and allow Members to share vacancies and candidates across the TEAM and NPAworldwide network. The TEAM Members deliver split fees, referrals and shared deals of approximately £1,000,000 a year.
3R CEO Graeme Read commented. "We were delighted to have gained membership of TEAM. I was particularly encouraged by the responsiveness, collaborative nature and ethics displayed by TEAM. Via our Networks3R.com channel we enable commerce and industry professionals to enter the recruitment profession for the first time with full training, support and responsive assistance as they grow their recruitment business and we were eager to find and collaborate with a network like TEAM who tick all the boxes for our new business owners. It is encouraging to see like-minded members working together to share fees and collaborate on deals, for the benefit of clients and candidates as well as help one another on a truly cross discipline, border and cross sector basis. As a service provider, the 3RInside team am very much looking forward to meeting and assisting TEAM Members."
Liz Longman, Managing Director of TEAM, commented, "TEAM are delighted to be working with 3RPartnership, their team’s combined knowledge and expertise will enhance our TEAM network offering to the Membership."
3RPartnership provide advice, guidance and non executive / board support services to fast growth SME recruitment firms via 3RInside.com and via Networks3R.com attract, develop, train and support high calibre non-recruitment professionals seeking to establish their own executive recruitment business on a subscription model.