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SINCE 1973

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Evortle CT-850 Jaw Crusher

On-Site Concrete Crushing at 65 to 95 Tons Per Hour

The Evortle CT-850 jaw crusher is built for production-volume demolition and C&D recycling. Reinforced concrete, masonry, and hard rock. 32-inch jaw opening. Cross-belt magnet and by-pass conveyor included. $426,000.

Price
$426,000
Get a Quote
Browse Rental Options
65–95 t/h
Confirmed throughput at production settings
32″

Jaw opening — largest in the CT series

150 HP

Cat or Perkins Tier 4 Final

Parts stocked in Smyrna, GA

Ships same or next day

Direct engineer support

Not a call center

On-site setup & training

Included with every machine

Nationwide field technicians

Insured, on-call

Production crushing operations — demolition yards, C&D recycling facilities, large-scale site contractors — are not running one job at a time. They are processing material continuously: concrete from multiple demolition sources, mixed C&D from active construction sites, oversize rock from quarry or excavation work. The constraint is not whether you can crush the material. The constraint is how fast, at what cost per ton, and whether the machine keeps running through a full shift without stopping for a rebar incident or a jaw change.
At that scale, machine selection is not about the cheapest way to eliminate disposal cost on a single project. It is about the lowest cost per ton across thousands of tons per month, sustained over years of production.
Hard rock processing at production volume is a second application for the CT-850. Aggregate producers and quarry contractors running granite, basalt, or dolomite face the same production constraints: feed rate, throughput, and cost per ton at sustained volume. The CT-850’s 32-inch jaw takes hard rock at full dimension without pre-breaking.
520–760 Tons Per Shift
At 65 to 95 tons per hour over an 8-hour production shift. The excavator does not wait on the jaw.

A Machine That Can't Keep Up With the Excavator Costs You More Than the Disposal Fee Did

Production crushing operations size their equipment around the excavator. An excavator running at a commercial demo site can move 80 to 120 tons of concrete per hour. A crusher that tops out at 55 tons per hour backs that excavator up. A backed-up excavator sits idle waiting for the jaw to clear. An idle excavator on an hourly rate costs the same whether it is moving material or waiting for the crusher to catch up.
The other production-scale problem is rebar. On high-volume reinforced concrete processing, the frequency of rebar exposure increases with throughput. An impact crusher at production volume wraps on rebar with enough regularity that downtime for rotor clearing becomes a scheduled part of the operation rather than an exception. Jaw crushers do not wrap. The CT-850 processes reinforced concrete, the rebar passes through the jaw, the cross-belt magnet separates it from the discharge belt, and production continues without stopping.
Both problems compound at scale. A 10-minute shutdown at 65 tons per hour costs more lost production than the same shutdown at 20 tons per hour. At production volume, machine reliability and sustained throughput are not secondary concerns. They are the primary cost variables.
For hard rock applications at production volume, the CT-535 introduces a material limitation before throughput becomes the question. The CT-535 handles soft rock and limestone only. Granite, basalt, and dolomite fall outside its rated material range. A production operation processing hard rock has no CT-535 option regardless of volume requirements. At production throughput above 55 tons per hour on hard rock, the CT-850 is the machine in the CT series that covers that application.
Since 1973
We have been selling jaw crushers to production operations since 1973. We know what a throughput bottleneck costs an operation running a demolition yard or a C&D processing circuit — not just in lost tonnage, but in schedule, in contracts, and in the carrying cost of material sitting in a pile waiting for the crusher to catch up. We stock CT-850 wear parts in Smyrna, Georgia. We have shipped jaw plates to active job sites the next morning. If the machine goes down mid-production, you are not waiting on a dealer network or an overseas parts order.

How the CT-850 Jaw Crusher Works at Production Volume

01

Load

Feed concrete, masonry, or rock into the CT-850’s 4 cubic yard hopper — 7’10” by 9’10”. The 32-inch jaw opening accepts the largest demolition material without pre-breaking: full-depth foundation pours, heavy slab sections, large-diameter columns. An excavator running at pace feeds the hopper continuously.
02

Crush

Material enters the jaw chamber and is compressed between fixed and moving manganese-steel jaw plates. CSS adjusts hydraulically from 25mm to 100mm without tools. At 65 t/h to 50mm output, a 500-ton demolition load processes in 8 hours. At 110mm, throughput reaches 95 t/h for scalping applications.
03

By-Pass

The CT-850 includes a by-pass conveyor as standard — the only model in the CT series with this feature. When feed material is already in specification, the by-pass routes it around the jaw directly to the discharge stockpile. Throughput keeps moving without running every ton through the jaw. Jaw plate wear drops on in-spec material.
04

Separate and Stockpile

Crushed material discharges onto the 40-inch discharge belt at 8’9″. The cross-belt magnet runs continuously above the belt and pulls rebar and ferrous debris off the top before stockpiling. At 65 to 95 t/h on reinforced concrete, that magnet is doing real work through every shift.

What Production Volume Disposal Actually Costs

~$6
Per ton — CT-850 on-site
Fuel, one operator, wear parts, amortization. Adjust to your actual rates in the calculator below.
~$73

Per ton — Haul and dump

Starting point. Tipping fee + trucking. Varies significantly by market.

$335K

Monthly gap — 5,000 tons

At $73 haul vs. $6 crush. Higher-cost markets widen this further.
Method
Cost Per Ton
5,000 Tons/Month
Annual
MethodCrush on-site (CT-850)
Cost Per Ton~$6.00
5,000 Tons/Month~$30,000
Annual~$360,000
MethodHaul and dump
Cost Per Ton~$73.00
5,000 Tons/Month~$365,000
Annual~$4,380,000
MethodAnnual gap
Cost Per Ton
5,000 Tons/Month~$335,000/month
Annual~$4,020,000
Adjust the tipping fee and trucking cost to your market in the calculator below. Higher-cost markets widen the gap further. The reuse angle applies at production scale too: if the crushed output goes back into active projects as road base, structural fill, or drainage aggregate — paired with the CD-516 screening plant to separate fractions — the value of aggregate purchases eliminated adds to the disposal savings on the other side.

Calculate Your Production Crushing ROI

Disposal rates, RCA prices, and operating costs vary by region and operation. The defaults below are starting points — adjust every number to match what you are actually paying and receiving in your market.
Your Operation
500 tons10,000 tons100,000 tons
Your Estimated Savings
Annual net value
$0
At 10,000 tons/yr vs. $73/ton disposal
Annual crushing cost with CT-850
$0
Fuel + operator + wear parts + amortization (5-yr)
Calculating...
These are estimates based on your inputs, not guaranteed results. Disposal rates, RCA pricing, and operating costs vary by region and job conditions. Call us for a quote built around your actual numbers.
Get a Site-Specific Quote

Which Evortle Jaw Crusher Fits Your Operation?

Spec
CT-535
CT-740
CT-850
SpecJaw opening
CT-53518" x 14"
CT-74028" x 16"
CT-85032" x 20"
SpecMax feed size
CT-535~20"
CT-74028"
CT-85032"
SpecCSS range
CT-5353/4"-4"
CT-7401"-4"
CT-8501"-4"
SpecTPH at 0-50mm
CT-53520 t/h
CT-74045-55 t/h
CT-85065 t/h
SpecTPH at fully open
CT-535~30 t/h
CT-74080-100 t/h
CT-85095 t/h
SpecEngine
CT-53574 HP Hatz
CT-740134 HP Perkins or 140 HP Yanmar
CT-850150 HP Cat or Perkins Tier 4 Final
SpecFuel consumption
CT-535—
CT-740~4.2-4.75 gal/hr
CT-850~4.75-5.8 gal/hr
SpecWeight
CT-53514,331 lbs
CT-74038,600 lbs
CT-85056,000 lbs
SpecTransport
CT-53518'9" x 7'1" x 8'11"
CT-74039'3" x 7'2" x 9'6"
CT-85038'8" x 7'6" x 10'8"
SpecCross-belt magnet
CT-535Optional (+$7,000)
CT-740Included
CT-850Included
SpecWireless remote
CT-535Included
CT-740Included
CT-850Included
SpecIntelligent level control
CT-535No
CT-740Yes
CT-850No
SpecBy-pass conveyor
CT-535No
CT-740No
CT-850Yes
SpecHard rock capable
CT-535No — soft rock and limestone only
CT-740Yes
CT-850Yes
SpecPrice
CT-535$156,900
CT-740$326,000
CT-850$426,000

CT-535

$156,900
Jaw opening 18″ x 14″
Throughput 20 t/h at 0-50mm
Engine 74 HP Hatz
Weight 14,331 lbs
Magnet Optional (+$7,000)
Choose the CT-535 if: Your projects average under 200 tons of concrete, feed material is under 20 inches, and you are running residential or light commercial demolition. The CT-535 mobilizes fast and fits on a standard rollback. Soft rock and limestone only — not rated for granite, basalt, or dolomite.

CT-740

$326,000
Jaw opening 28″ x 16″
Throughput 45-55 t/h at 0-50mm
Engine 134 HP Perkins / 140 HP Yanmar
Weight 38,600 lbs
Level control Intelligent (CT-740 only)
Choose the CT-740 if: You are processing full-depth commercial concrete at 100 to 500 tons per project, or working in granite, basalt, or dolomite. The CT-740’s intelligent level control lets one operator manage the machine and excavator simultaneously.
Production Volume

CT-850

$426,000
Jaw opening 32″ x 20″
Throughput 65-95 t/h confirmed
Engine 150 HP Cat or Perkins Tier 4 Final
Weight 56,000 lbs
By-pass conveyor Included (CT-850 only)
Choose the CT-850 if: Throughput is the production constraint. You are running a demolition yard, C&D facility, or large-scale site work where the machine must keep pace with a full-size excavator through complete shifts. Also the right machine for hard rock processing above 55 t/h. The CT-535 is not rated for hard rock. The CT-850 handles it at production volume.
Prices as of August 2026. Subject to change. Financing available — call 770-433-2670.

The CD-516 Turns Crushed Concrete Into Three Sellable or Reusable Fractions

The CT-850 alone produces one crushed fraction at whatever CSS you set. At production volume, that single fraction has uses — road base, structural fill, ungraded aggregate — but it leaves significant value on the table. Mixed output that contains oversized pieces, mid-range aggregate, and fine material combined sells at the lowest common application. Separated fractions have specific buyers and specific reuse applications that command better value and open more markets.
The Screen USA CD-516 vibratory screening plant is the production-volume pairing for the CT-850. The CT-850’s 40-inch discharge belt feeds directly into the CD-516’s 18 cubic yard hopper and across a 5-foot by 16-foot, 2-deck screen. Three built-on conveyors stockpile three separated fractions independently.

Overs

Coarse fraction
Material above top deck aperture. Returned for re-crushing or stockpiled as coarse drainage aggregate. On a well-set CT-850, overs fraction is minimal at production CSS.

Middles

Primary commercial fraction
Clean graded aggregate meeting spec for road base, pipe bedding, drainage aggregate, or structural fill. Typically the primary commercial fraction at production volume.

Fines

Sub-base and fill
Finest fraction from crushed concrete. Compactable structural fill, sub-base under new concrete pours, or grading fill. Material you would otherwise purchase and truck in.
The reuse argument at production scale: A demolition yard that supplies a construction contractor with sorted RCA fractions is running a material supply operation out of what used to be a disposal cost. The overs go to road base. The middles go to drainage and pipe bedding. The fines go to sub-base. The operation never pays to haul demolished concrete away and never purchases aggregate to put back. The CD-516 is what makes that possible at production throughput.
Spec
CD-516
SpecScreen box
CD-5162-deck, 5 ft. x 16 ft.
SpecTop deck
CD-516Punch plate
SpecIncline
CD-516Adjustable 14°-18°
SpecHopper
CD-51618 cu.yd.
SpecFeed conveyor
CD-51655" wide, 12'8" long, variable-speed
SpecFines conveyor
CD-51636" wide, 12'8" discharge height, variable-speed
SpecMiddles conveyor
CD-51636" wide, 12'0" discharge height, Chevron belt, variable-speed
SpecOvers conveyor
CD-51655" wide, 13'9" discharge height (adjustable), Chevron belt, variable-speed
SpecEngine
CD-516145 HP Cat C4.4 Tier 4 Final
SpecWeight
CD-51671,651 lbs (belt feeder) / 77,713 lbs (apron feeder)
SpecTransport
CD-51651'4" L x 9'10" W x 11'6" H
SpecPrice
CD-516$389,900
Full circuit investment: CT-850 ($426,000) + CD-516 ($389,900) = $815,900. Both available with financing. Call 770-433-2670.
Screen media aperture sizes are specified per application. Call us — we will spec the right media for your material and your output requirements.

Materials and Feed Size

Confirmed materials the CT-850 processes: Reinforced concrete (with rebar), plain concrete, brick, masonry, cinder block, limestone, granite, basalt, hard rock, dolomite, gravel, tile, clinker, gypsum, silica, flint
On hard rock: The CT-850 processes granite, basalt, dolomite, and limestone at confirmed throughput rates. At production volume, hard rock processing is a distinct buyer segment: aggregate producers, quarry contractors, and site contractors clearing bedrock at scale. The CT-535 handles soft rock and limestone only, excluding granite, basalt, and dolomite. The CT-740 handles hard rock but tops out at 45 to 55 tons per hour at 0-50mm output. Operations that need hard rock throughput above that rate run the CT-850. Output at 0-50mm from hard rock meets road base and drainage aggregate specifications. Pair with the CD-516 to separate fractions by size for sale or on-site reuse. Call us to confirm the right CSS for your material and application.

Approved Materials

• Reinforced concrete (with rebar)
• Plain concrete and masonry
• Brick and cinder block
• Limestone
• Granite, basalt, dolomite (hard rock)
• Gravel, flint, silica
• Clinker, gypsum, tile

Not Processed by This Machine

• Asphalt — requires impact crusher (bituminous binder resists jaw compression)
• Material larger than 32 inches — pre-break to feed size before hopper
On rebar: Rebar passes through the CT-850’s jaw without wrapping. The jaw compresses the concrete around the rebar, the rebar bends and exits the crushing chamber with the crushed material, and the cross-belt magnet separates it from the discharge belt before stockpiling. At production throughput on reinforced concrete, the magnet handles a steady rebar stream without interrupting the crushing cycle.
On feed size: The CT-850’s 32-inch jaw opening is the widest in the CT series. Most demolition material — large-diameter columns, heavy foundation sections, full-depth commercial slab pieces — feeds directly without pre-breaking. On a high-production operation, sizing the excavator bucket appropriately eliminates pre-breaking on the vast majority of material.

What a Production Operation Looks Like With the CT-850 Running

A production crushing operation running the CT-850 at 65 tons per hour processes 520 tons in an 8-hour shift. At 95 tons per hour on a wider CSS, a full shift moves 760 tons. The excavator does not stop to wait for the jaw to clear. The cross-belt magnet pulls rebar continuously without operator intervention. The by-pass routes any in-spec material directly to the discharge without running it through the jaw, reducing wear and maintaining throughput on mixed feeds.
On a 10,000-ton-per-month operation, that throughput capacity means the material does not back up. The operation processes at the rate the excavator can deliver. The crushing cost at that volume runs at the low end of the per-ton cost range — spreading the fixed cost of the machine across more tons means the amortization component drops on a per-ton basis as volume increases. The machine gets cheaper per ton the more it runs.

Jaw Crusher vs. Impact Crusher for High-Production Reinforced Concrete

At production volume, the jaw versus impact decision matters more than it does on a single project. Every interruption, every rebar incident, every blow bar change compounds across thousands of tons per month.

Rebar Handling

Impact crushers at production volume on reinforced concrete encounter rebar wrapping at a frequency that makes it a scheduled downtime event rather than an exception. Stopping the machine, opening the crusher housing, and cutting rebar off the rotor at 65+ tons per hour costs more production per incident than the same event at 20 tons per hour.
Jaw crushers do not wrap. Rebar passes through the chamber, exits on the discharge belt, and the cross-belt magnet pulls it off. Production does not stop. On a demolition yard running 10,000 tons per month of reinforced concrete, the absence of rebar incidents is a meaningful production variable.

Wear Cost Per Ton

Jaw plates on the CT-850 are reversible — two wear faces per set, effectively doubling service life before replacement. On reinforced concrete, jaw plates outlast impact crusher blow bars on an equivalent tonnage basis. The blow bar wear cost per ton on rebar-heavy material is higher, and replacement frequency is higher. At production volume, wear part cost per ton compounds quickly.

Maintenance

Jaw crushers have fewer moving parts than impact crushers. The CT-850’s primary wear components are the jaw plates and toggle plate. No rotor. No blow bars. No impact plates or anvils. Maintenance on a jaw crusher is a simpler schedule — check the jaw plates, grease, check the toggle — with longer intervals than impact crusher rotor inspection requirements. At production volume, simpler maintenance means more uptime.

Output Quality

Impact crushers produce a more cubical, angular output particle — better for high-specification aggregate and asphalt production. Jaw crushers produce a flakier output that meets ASTM D2940 road base specification and performs well for structural fill and drainage aggregate. For reinforced concrete C&D recycling, jaw output quality is appropriate for the vast majority of end uses.

On Clean Hard Rock

Jaw crushers process granite, basalt, limestone, and dolomite at production volume. For aggregate producers and quarry contractors processing clean hard rock without rebar, the jaw vs. impact decision comes down to output particle shape. Impact crushers produce a more cubical, angular particle preferred for high-specification asphalt aggregate and certain concrete mix designs. Jaw crusher output from hard rock meets road base, drainage aggregate, and structural fill specifications, but is flakier in particle shape than impact-crushed output. If your end market requires a cubical particle for a high-specification application, that distinction matters. For road base and fill applications from hard rock at production volume, jaw crusher output meets spec, and the maintenance, rebar-handling, and wear cost advantages carry over from the concrete application.

Competitor specifications referenced from publicly available manufacturer data, August 2026. Screen USA does not manufacture or sell impact crushers.

Keep the Operation Running

FyreBx skid steer attachments built for what you run alongside this machine.
FyreBx — LandBx

LandBx

Concrete fines at the CT-850’s discharge generate silica dust — an OSHA-regulated exposure under 29 CFR 1926.1153. At 65 to 95 tons per hour, the dust generation rate is proportional to throughput. The LandBx mounts to any skid steer and delivers 5 to 250 GPM of water suppression directly at the crusher discharge and stockpile zone. No water truck required.
Learn More →
FyreBx — LandBx

LandBx

At production throughput, concrete fines and clay build up on jaw plates, the discharge conveyor, the magnet housing, and the CD-516 screen decks faster than on lower-volume machines. Buildup between shifts accelerates wear and reduces throughput. The LandBx delivers high-volume wash water to clear buildup before it sets — protecting wear parts and keeping the circuit at rated throughput.
Learn More →
FyreBx — FuelBx

FuelBx

The CT-850 burns 4.75 to 5.8 gallons of diesel per hour. Paired with the CD-516 — which runs its own 145 HP Cat engine — a full circuit shift consumes significant fuel across both machines. The FuelBx carries 300 gallons of diesel on the front of a skid steer and delivers it through a 50-foot hose reel. No fuel truck scheduling around production. No machines sitting idle waiting on a delivery.
Learn More →

How to Get the CT-850 Running in Your Operation

01

Tell us about your crushing operation

Call 770-433-2670 or fill out the form below. Tell us your material type, your monthly or annual volume, your current disposal method, and whether you need fractionated output from the CD-516 circuit.
02

We spec the right setup

We match your volume, feed material, and output requirements to the right machine and screening configuration. We walk through the cost comparison on your actual numbers and confirm the full circuit layout if you are running the CT-850 with the CD-516.
03

We deliver, set up, and train your crew

The machine is delivered to your site. We commission it with your operators and do not leave until the circuit is running correctly and your crew knows the machine.
Whatever your disposal rate is, it is compounding across your full monthly volume right now. Run your numbers through the calculator above — the payback period in tons tells you how long you are carrying that cost before the CT-850 recovers it. At production volume, that math tends to be shorter than most contractors expect. The machine does not require high margins or favorable conditions. It requires the tonnage you are already moving.
Get a Quote
or call 770-433-2670 — Monday–Friday, 8am–5pm ET
Your CT-850 is running at 65 to 95 tons per hour. The excavator feeds the 32-inch jaw without stopping to break material down first. The by-pass routes in-spec material around the jaw when the feed is mixed. The cross-belt magnet works continuously — the rebar pile beside the machine grows through the shift without anyone touching it. The CD-516 takes the discharge and puts three sorted fractions into three stockpiles: fines for sub-base, middles for drainage and pipe bedding, overs for road base. A truck pulls up to the overs stockpile and loads out without the circuit stopping.
By the end of a full shift, 520 to 760 tons of demolished concrete are processed, sorted, and either stockpiled for sale or ready for reuse in the next phase. No haul trucks took the material away. No aggregate deliveries brought replacement material in. The operation that used to pay to dispose of concrete now produces three aggregate products from it.

That Is What the CT-850 Circuit Changes. Not Just the Disposal Line on One Project. The Economics of the Whole Operation.

Parts in Stock. Engineers on Call. No Overseas Wait.

Every machine we sell is backed by US-stocked parts out of our Smyrna, Georgia facility. Not a backorder form. Not a six-week lead time from a factory in another country. When something needs replacing, we ship it.
Beyond parts, you get direct access to the engineers who know these machines — not a call center reading from a manual. We have been doing this since 1973. That means we have seen every problem these machines can have, we know how to fix them, and we have the parts to do it.
Since 1973 — 50+ years of knowing exactly what breaks and exactly how to fix it.

US Parts Inventory

Common wear parts — jaw plates, conveyor belts, hydraulic components, screen media — stocked in Smyrna, GA. Ships same or next day.

Direct Engineer Access

When you call, you reach someone who knows the machine. Not a ticketing system. Not a callback queue. A person, on the phone, who can diagnose the issue and tell you what you need.

On-Site Setup & Training

We come to your yard. We run the machine with your crew. We don't leave until it's running right and your operators know what they're doing.

Nationwide Field Technicians

A network of insured field technicians across the US. If the problem can't be solved over the phone, we put someone on it.

Common Questions About the CT-850

What does the by-pass conveyor do?

The by-pass conveyor routes material around the jaw crushing chamber directly to the discharge belt. When feed material is already at or below your target size and does not need crushing, the by-pass sends it through without running it through the jaw. This reduces jaw plate wear on material that does not need to be crushed and keeps throughput moving on mixed feeds — where some material needs crushing and some does not. It is a standard feature on the CT-850 and is not available on the CT-535 or CT-740.

No. The intelligent level control — which automatically regulates feed rate based on the crusher chamber fill level — is a feature specific to the CT-740. The CT-850 is designed for high-production operations where an operator or excavator is managing the feed rate directly. The CT-850’s by-pass conveyor, larger hopper, and wider discharge belt are the production-focused features on this model.

Four main differences. First, jaw size: the CT-850’s 32-inch opening accepts larger feed material than the CT-740’s 28-inch opening. Second, throughput: the CT-850 runs 65 to 95 tons per hour versus 45 to 55 tons per hour on the CT-740 at comparable settings. Third, by-pass conveyor: the CT-850 includes it, the CT-740 does not. Fourth, weight: the CT-850 weighs 56,000 lbs versus 38,600 lbs. The CT-740 has intelligent level control; the CT-850 does not. Both include the cross-belt magnet and wireless remote as standard.

Yes. Reinforced concrete is the CT-850’s primary application. Rebar passes through the jaw crushing chamber without wrapping. The integrated cross-belt magnet separates it from the discharge belt continuously during operation. At production throughput on heavily reinforced material, the magnet handles a steady stream of rebar without interrupting the crushing cycle.

The CSS adjusts from 25mm (approximately 1 inch) to 100mm (4 inches) hydraulically. At 0–50mm CSS, throughput is 65 tons per hour and output is road base and structural fill grade. At 0–110mm CSS, throughput reaches 95 tons per hour for coarser scalping applications. Pair the CT-850 with the CD-516 screening plant to sort the crushed output into three separated fractions — overs, middles, and fines — for sale or on-site reuse.

The Screen USA CD-516. It is a 2-deck, 5-foot by 16-foot vibratory screening plant with an 18 cubic yard hopper, 145 HP Cat engine, and three built-on conveyors — fines, middles, and overs — that stockpile each fraction separately. The CD-516 is built for the CT-850’s discharge volume and continuous production operation. Together, CT-850 and CD-516 produce three sorted aggregate fractions from demolished concrete that can be sold or reused on-site. Full circuit investment: $815,900. Call 770-433-2670 and we will walk through the full circuit layout.

At production volume, operating cost runs approximately $4.50 to $7.00 per ton all-in — fuel, one operator, wear parts, and equipment amortization on a 5-year straight-line basis. Fuel consumption is 4.75 to 5.8 gallons per hour at production throughput. The per-ton cost drops as volume increases, because the fixed amortization component spreads across more tons. Use the calculator above with your actual disposal rate and volume to see the net value per ton for your operation.

Screen USA does not rent equipment directly. Our rental directory connects you with rental providers who carry jaw crushers in this size class. Browse Rental Options →

What People Crush With the CT-850

Concrete Recycling
View Application →
C&D Waste Processing
View Application →
Natural Rock
View Application →
Cinder Block & Masonry
View Application →

Tell Us About Your Crushing Operation.


Call Us Directly
770-433-2670
Monday–Friday, 8am–5pm ET
  • Parts stocked in Smyrna, GA — ships same or next day
  • Direct engineer access — not a call center
  • On-site setup and training with every machine
  • Since 1973 — 50+ years in the industry