Innovative solutions applied in SYNERGY LAB analytical balances guarantee extraordinary precision of top-class measuring equipment.
The Best Possible Repeatability and USP Regulations Conformity
The best weighing accuracy and repeatability – with sd ≤ 1d combined with USP regulations conformity (Section 41 and 1251) make 4Y balances a new standard for mass measurement quality.
Innovative 2-Point Adjustment System
Brand new adjustment system guarantees the highest measurement accuracy. It minimizes linearity errors simultaneously providing reliable indications for the whole weighing range.
Reflex Level System
New autolevelling system in XA.4Y.A.PLUS analytical balances ensures:
- Ground tilt test,
- Automatic balance levelling,
- Control of the correct balance level,
- Confirmation of correct balance level on adjustment and weighing reports.
Door Opening Automation
Antistatic Weighing Chamber
XA.4Y.A.PLUS analytical balance is a device where the influence of electrostatics on to the weighing results has been eliminated due to use of special antistatic coating of the glass panes, and thanks to an in-built ionizer.
Smart Min Weight
With use of the „Smart Min Weight“ function, the XA.4Y.A.PLUS automatically adjust resolution of the range to the currently weighed mass. This results with improvement of the minimum sample weight parameter by 30%.
21 CFR Part 11 Compliance Module
XA.4Y.A.PLUS balances are compliant with 21 CFR part 11 and EU GMP part 4, annex 11. This means that the XA.4Y series features numerous functions for protecting and monitoring work results of particular operators.
Full data protection is ensured by:
- advanced password settings,
- verification of log-in operation correctness,
- assigning permissions to operators,
- auto log out,
- electronic signature , e.g. for series of measurements,
- granting/denying access to data management ,
- data backup,
- modifications saved to Audit Trail file.
Faster Measurement with The New CPU
XA.4Y.A.PLUS balances feature Dual Core 2 x 1 Ghz processor which delivers noticeable performance improvements including faster operation and shorter stabilization time retaining high repeatability values.