All Products

50g Brass Test Weight. M2 Weights and Measures Approved (stamped).

50g Stainless Steel Test Weight M1 Tolerance.

Class III Medically Approved 50kg 2-in-1 Baby/Toddler Scale

Convertible and robust – baby scale and child scale in one

• Weigh babies lying down and toddlers standing up
• Compact, robust and lightweight: ideal for mobile use
• High-quality baby scale with calibration approval at an economical price
• Wide range of functions: TARE, HOLD and Breast-Milk-Intake-Function (BMIF)
• With levels and levelling feet for a perfect horizontal installation

Marsden M-410 Baby to Teenage Scale, used for weighing babies, infants and school children. Portable, lightweight, ideal for health visitors and school nurses.

Class III Approved

SF-890 Digital Postal Scale. Capacity 50kg x 2g.

Mains and 2 x AAA Battery Operation with platform size 250mm x 250mm.

PS102 Parcel Scale with RS232 and a super low profile, stainless steel plate (380mm x 300mm), kg and lb operation. Available with 30kg x 10g up OR 60kg x 20g capacities. Mains and 4 x AA battery operation.

CR crane metal cased hanging scale for use in low capacity weighing and lifting applications from 30Kg x 10g up to to 300Kg x 100g. supplied with 2 x hocks. Peak hold and kg/lb fuctions. Battery operation 3 x AAA batteries  included.

All-round bench scale, protected by stainless steel and IP65 rating, now also with EC type approval [M]

Extremely durable scale designed to thrive in rugged industrial environments

• Capacities 3kg to 60kg
• Weighing, Parts counting, checkweighing, percent weighing & many more
• Stainless Steel Platform
• Trade approved (-M) Models
• GB & EU Models for different working temperatures
• MHD models include Internal Calibration

An industrial strength hanging scale with 50Kg maximum capacity.

A counting platform scale with 325 x 315mm weighing pan.

A platform scale with 320 x 300mm weighing pan.

Multi-function scales featuring a 318 x 308mm weighing pan.

Multi-function scales featuring a choice of 3 platform sizes and choices of accuracy.