--- title: "Nysos Jaw Crusher" description: "Vector VTR-1011 Nysos — heavy-duty laboratory jaw crusher with up to 300 kg/h throughput, 45:1 crushing ratio, stepless 0–30 mm gap, and interchangeable manganese, stainless, or tungsten carbide jaws for contamination-aware sample prep." category: "crushers-mills" subcategory: "jaw-crushers" series: "Nysos" standards: [] specs: {"Product code":"VTR-1011 Nysos","Jaw size":"100 × 250 mm","Jaw materials":"Mn steel / stainless / tungsten carbide","Max feed size":"90 mm","Gap width":"Stepless 0–30 mm","Throughput":"Up to ~300 kg/h","Drive power":"2.2 kW","Collector":"5 L","Net weight":"~255 kg","Dimensions (W×H×D)":"500 × 1000 × 1000 mm","Conformity":"CE-marked machinery"} url: "https://vectorbtc.com.tr/sample-preparation/crushers-mills/nysos-jaw-crusher/" ---

Overview

The Vector VTR-1011 Nysos jaw crusher is a floor-standing primary crusher for laboratories and industrial sample-prep lines that need repeatable coarse reduction before milling, pulverising, XRF pellet pressing, fusion, or digestion.

It accepts feed up to 90 mm, delivers up to about 300 kg/h throughput depending on material, and offers a stepless gap from 0–30 mm with wear compensation and zero-point adjustment so output size stays consistent over the service life of the jaws. Three jaw material options — manganese steel, stainless steel, and tungsten carbide — let you align the crusher with your analytical sensitivity, from routine bulk reduction to trace-element work where metallic carryover must stay minimal.

A jaw crusher sits at the front of almost every hard-sample workflow: uniform primary crushing improves efficiency downstream and helps ensure test data reflects the true bulk material. The Nysos combines that role with a CE-marked safety concept, a cleanable crushing chamber, wide-gap geometry to limit bridging, and an integrated dust-extraction port for safer, neater operation.

At a glance

90 mm max feed size — primary reduction for cores, ores, and aggregates
300 kg/h typical throughput capacity (material dependent)
45:1 nominal crushing ratio
0–30 mm stepless gap — jaw opening adjustable down to about 1 mm for finer passes
Three jaw materials — Mn steel, stainless steel, or tungsten carbide
CE machinery conformity for European safety expectations

Standards & conformity

Browse the standards library

Nysos is supplied as CE-marked machinery in line with European safety requirements for laboratory and industrial crushing equipment. Where your quality system references specific test methods, pair the crusher with the appropriate preparation and analytical standards from our library.

Vector VTR-1011 Nysos jaw crusher — floor-standing laboratory primary crusher

Industries & applications

From exploration geology to process QC, the Nysos supports first-stage reduction wherever hard or brittle inorganic samples enter the laboratory chain.

Mining & mineral processing

Primary crushing of drill core, ROM ore, and concentrate splits before ring mills, disc mills, or bottle rolls — preparing material for XRF, ICP, fire assay, or AAS.

Metallurgy & process control

Coarse reduction of slag, ferro-alloys, sinters, and process intermediates ahead of fine grinding or automated splits for batch certification.

Construction materials

Cement clinker, limestone, aggregates, and masonry waste reduced to a controlled top size for Blaine, calorimetry, or chemical QC routes.

Geology & ceramics

Rock and core samples, ceramics, glass cullet, and oxide powders prepared for petrography, XRD, or further comminution in vibratory mills.

Coal & environmental

Coke, coal, industrial residues, and solid environmental samples crushed to a manageable top size before grinding or leaching steps.

Education & R&D

Teaching size reduction, throughput, and gap-setting concepts on a robust floor unit that mirrors industrial practice while staying laboratory-manageable.

Key features

Engineered for duty-cycle crushing with operator safety, analytical flexibility, and straightforward maintenance.

Wide

Material compatibility

Hard, medium-hard, and brittle inorganics — ores, quartz, limestone, granite, slag, clinker, coal, ceramics, and more — in one platform instead of juggling multiple dedicated crushers.

0–30 mm

Stepless gap adjustment

Continuous gap setting from 0–30 mm with wear compensation and zero-point readjustment so particle size distribution stays stable as jaws wear in service.

300 kg/h

High throughput

Continuous-duty motorisation and a 5 L discharge collector suit both single-sample work and higher-volume batch campaigns with minimal changeover time.

3×

Interchangeable jaws

Manganese steel for abrasion resistance, stainless steel for iron-sensitive or hygiene-conscious streams, tungsten carbide when trace-element blanks from steel jaws are unacceptable.

Clean

Contamination-aware design

Accessible crushing chamber for brushing and air purge between runs, geometry that limits bridging, and a dust-extraction connection to capture fines and improve workplace hygiene.

~255 kg

Robust frame

Reinforced steel frame and a 2.2 kW drive sized for sustained operation; wear parts are field-replaceable to keep downtime predictable.

Nysos jaw crusher — chamber access for cleaning between batches

Contamination control & downstream accuracy

Primary crushing sets the particle distribution that disc mills, pulverisers, and presses inherit. When that first stage is inconsistent, variability propagates into XRF, ICP, fire assay, and fusion results — not only through size effects but also through trace contamination from wear debris.

Geometry & cleaning — wide-gap layout and an easy-to-clean chamber reduce retention and carryover between consecutive samples.
Jaw selection — switch to stainless or tungsten carbide jaws when manganese or carbon steel backgrounds would interfere with the elements you report.
Trace work — tungsten carbide is the usual choice for sensitive trace protocols; avoid it when tungsten or cobalt in the sample matrix is itself an analyte of interest.

Jaw material selection

Match the jaw insert to your material abrasiveness and to the elements that must stay background-free in the next analytical step.

Mn steel

Manganese steel

Default choice for ores, slag, coal, and clinker where throughput and wear life matter more than a manganese contribution to the matrix.

Stainless steel

For streams where iron or manganese pick-up from standard steel would skew results — pharmaceutical intermediates, food-adjacent minerals, and controlled QC lanes.

Tungsten carbide

Lowest practical metallic contamination from the jaws themselves; preferred for many XRF and ICP preparation routes when W/Co in the specimen is not a target analyte.

Vector VTR-1011 Nysos jaw crusher — brochure cover

Downloads

Product brochure for the Vector VTR-1011 Nysos jaw crusher — specifications, jaw options, and typical laboratory applications.

Brochure (PDF)

Vector Nysos series

Technical overview

Product code

VTR-1011 Nysos

Jaw size

100 × 250 mm

Jaw materials

Manganese steel / stainless steel / tungsten carbide (interchangeable)

Jaw opening (fine)

Adjustable down to about 1 mm

Max feed size

90 mm

Typical product top size

Down to about 2 mm (material and gap dependent)

Gap width

Stepless 0–30 mm with wear compensation

Crushing ratio (nominal)

45:1

Throughput

Up to about 300 kg/h (continuous, material dependent)

Drive power

2.2 kW

Collector capacity

5 L

Versions

Continuous, fine crushing, process-line configurations

Conformity

CE-marked machinery

Dimensions (W × H × D)

500 × 1000 × 1000 mm

Net weight (approx.)

255 kg